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agent/lambda/768b92e0
207 Commits
| Author | SHA1 | Message | Date | |
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YYClaw
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9eddcaff10 |
fix(chat): defer cancellation-time finalization until the task transcript is stable (#5246)
A quick Stop before the agent's first token no longer races a late reply. Started-but-empty cancellations defer the empty/non-empty judgment until the daemon acks its transcript flush (or a grace-period sweeper fires), then settle to a single outcome. Empty outcomes persist a durable, creator-authorized draft restore (fetched/consumed via a dedicated endpoint, reconnect-safe and at-most-once) instead of broadcasting the prompt over the workspace bus. Closes #5219 |
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Bohan Jiang
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6cc553e5a3 |
fix(daemon): isolate Codex sessions per task to unblock initialize (MUL-4424) (#5360)
* fix(daemon): isolate Codex sessions per task to unblock initialize (MUL-4424) Codex 0.143+ backfills a per-home session-state DB by enumerating every rollout visible under sessions/ during `initialize`. The per-task CODEX_HOME symlinked the shared ~/.codex/sessions in, so a machine with a large accumulated history (one reporter: ~2000 rollouts / ~22 GiB) stalled `initialize` for tens of seconds — the app-server started but the task produced no output before it was cancelled (github #5273). Give each task its own local sessions/ directory instead: - Fresh task: create an empty local sessions/ so backfill is trivial. - Reused task with a real sessions/ dir: it is authoritative — leave it. - Reused task still holding a legacy symlink (older build): migrate in place. Replace the symlink with a real dir; when resuming, symlink only the single rollout being resumed (never copy — a rollout can be GiB and this is on initialize's critical path); and drop the stale, rebuildable session-state DB (state_*.sqlite*, session_index.jsonl) so Codex re-indexes the task-local sessions. Unrelated per-task DBs (goals_*, logs_*, memories_*) are left intact. Also point the token-usage fallback scan at the backend's per-task CODEX_HOME instead of the daemon-global home, so usage isn't lost now that sessions are isolated there. Complements the #5319 handshake watchdog (which turns a silent stall into a loud, phased timeout); this removes the underlying cause. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): address Codex session isolation review (MUL-4424) Resolves the three blockers from Elon's review of #5360: 1. local_directory context loss. local_directory tasks get a fresh codex-home per task ID (the daemon never reuses their workdir), so task-local isolation stranded every follow-up run with an empty sessions dir and silently restarted the conversation. Their only stable, GC-safe cross-task store is the user's own ~/.codex/sessions (a persistent store under WorkspacesRoot would be orphan-GC'd), so keep the shared-sessions symlink for them (IsLocalDirectory). Managed tasks stay isolated. 2. Migration resume robustness. - Rollout lookup now covers the flat layout and background-compressed .jsonl.zst rollouts, not just nested YYYY/MM/DD *.jsonl — both are legitimate Codex 0.144 history that were previously judged "not found", silently dropping resume. - Exposure hard-links first, then symlinks, never copies — hard links need no privilege and work on Windows within a volume, so the zero-copy path is exercised identically on CI. - The daemon now verifies the rollout is actually present in the task CODEX_HOME (execenv.CodexResumeRolloutPresent) before the brief is generated; if absent it clears the resume from both the backend and the brief instead of telling the agent it is continuing a lost thread. 3. session_index.jsonl is no longer deleted during migration — Codex uses it as the authoritative thread-id -> name store (not rebuildable from rollouts). Only the rebuildable state_*.sqlite* is reset. Tests: 2-round local_directory resume across task IDs; compressed/flat lookup; hard-link zero-copy (os.SameFile); session_index preserved; CodexResumeRolloutPresent + the daemon gate helper (present keeps / absent drops / non-codex + empty no-op). Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): scope Codex sessions to a per-issue store; disclose lost resumes (MUL-4424) Addresses the three blockers from Elon's second review of #5360. 1. local_directory still enumerated the whole machine history. The prior fix re-linked the entire ~/.codex/sessions into every fresh local_directory codex-home, so Codex still backfilled from thousands of unrelated rollouts on `initialize` (measured ~8.3s with 3450 rollouts; the reporter's 22 GiB could exceed the 30s watchdog). Point sessions/ at a persistent, per-(agent, issue) store under the shared Codex home (multica-sessions/<agent>/<issue>) that holds only this issue's rollouts. It is keyed stably across task IDs and lives outside the task-scoped envRoot the GC reclaims, so follow-up runs resume it while `initialize` only ever sees this issue's history. 2. Windows cross-volume resume was lost. Exposing a single rollout by hard-link (same-volume only) then file symlink (needs Windows privilege) can't cross a volume boundary. The store now lives on the shared Codex volume, so the resume rollout is hard-linked there zero-copy, and sessions/ is exposed to the task home via a directory link — a symlink on Unix, a junction on Windows — which crosses volumes without privilege and never copies a (possibly GiB) rollout on initialize's critical path. There is no remaining per-file cross-volume link. 3. An unavailable resume was a silent downgrade. Both resume gates (gateResumeToReusedWorkdir, gateCodexResumeToRolloutPresence) now set PriorSessionResumeUnavailable, and the runtime brief renders a Session Continuity Notice telling the agent to disclose to the user, up front in its reply, that the previous conversation context could not be restored and this run starts fresh — turning a silent restart into a user-visible one. The task is not failed: it can still do useful work without the prior context. Managed fresh / reused-real-dir tasks keep their task-local, GC-collected sessions dir unchanged; only the legacy-symlink migration with a resume routes through the store (cross-volume-safe), and a home already linked to the store is treated as authoritative on reuse. Tests: local_directory per-issue store (only this issue's history, no whole- machine leak); no-key fallback to an empty dir; two-round resume across task IDs through the store; legacy migration routed through the store with a zero-copy hard link; reused store link stays authoritative; both gates set the resume-unavailable flag; brief renders the continuity notice only when a resume was lost. execenv + daemon + pkg/agent packages, go vet, and gofmt all pass. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): disclose live resume-RPC loss; bound Codex session store lifecycle (MUL-4424) Addresses the two blockers from Elon's third review of #5360. 1. A real thread/resume failure was still a silent new session. The brief's Session Continuity Notice only covers losses the daemon detects before launch (workdir not reused, rollout absent). But when the rollout is present yet Codex rejects the live thread/resume (corrupt/incompatible rollout, server-side thread GC, schema drift), startOrResumeThread falls back to thread/start and the run succeeds on a fresh thread with no user-facing signal. Carry the original resume intent into the backend as ExecOptions.ResumeExpected (set from the post-gate PriorSessionID, so a pre-flight drop still routes through the brief and never double-notifies), and when a resume was expected but the backend landed on a fresh thread, prepend the same continuity notice to the first turn/start input. This also covers the daemon's transport-error fresh-session retry, which clears ResumeSessionID but not ResumeExpected. 2. The persistent per-issue store had no data lifecycle. multica-sessions stores live outside the task-scoped envRoot the GC reclaims (so resume survives across task IDs), which meant a done/abandoned issue's prompts and full rollouts (one reporter: a single 1.5 GiB rollout) accumulated forever and were never freed on issue/agent/workspace deletion. Add PruneCodexSessionStores: the daemon GC loop reclaims any store untouched for GCCodexSessionTTL (default 14 days, configurable via MULTICA_GC_CODEX_SESSION_TTL, 0 disables). A store's newest rollout mtime is its last activity, so an active or recently-resumed task keeps its store fresh and is never reclaimed, while a deleted issue's store ages out — an eventual reclamation guarantee without needing deletion events. Tests: codexTurnInput discloses on resume fallback and stays silent on success / fresh start (paired with the existing live-RPC fallback test); store pruning reclaims aged stores, keeps recent ones, isolates issues, cleans empty agent dirs, and is disable-able. execenv / daemon / pkg/agent, go vet, gofmt all pass. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): protect a reopened Codex session store from GC mid-mount (MUL-4424) Addresses Elon's fourth-review blocker: reopening an issue idle past GCCodexSessionTTL could lose context, because mounting its per-issue session store (MkdirAll + rollout lookup + task-home link) never refreshed the store's mtime, so a GC cycle firing before the resumed turn wrote its first rollout saw a >TTL-old store and reclaimed it — a stat->remove race with no in-use guard. Two complementary defenses: - Activity refresh: linkCodexSessionsToStore now os.Chtimes the store to now after linking, so codexStoreStat (which reads the newest mtime as last activity) sees a just-used store. This fixes the sequential repro — a mount immediately followed by a prune keeps the store. - In-process active-store guard: the daemon marks the per-issue store in-use (execenv.CodexSessionStorePath) from before Prepare/Reuse mounts it until the task ends, and PruneCodexSessionStores now takes an isActive predicate and skips any store a live task holds. Because prepare and prune run in the same process, this closes the remaining concurrent stat->remove window the mtime refresh alone cannot. Reference-counted, mirroring the env-root guard. Tests: a reopened >TTL store survives a GC cycle after remount and stays resumable; an idle-on-disk store marked active is skipped, then reclaimed once inactive; the existing idle-reclaim / isolation / disable / empty-agent-dir cases still pass. execenv + daemon, go vet, gofmt all pass. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): make Codex store delete atomic with mark-active (MUL-4424) Addresses Elon's fifth-review blocker: the active-store guard's check and delete were not one atomic step. PruneCodexSessionStores called isActive (which locked, read, and unlocked) and only then RemoveAll'd, leaving a window where a task could markActiveCodexStore between the check and the removal and still lose its store — the exact mark-then-delete interleaving Elon reproduced. Replace the point-in-time isActive predicate with a reserve-for-deletion protocol that shares one lock with mark-active: - reserveCodexStoreForDeletion(store) atomically refuses when a live task holds the store (or another delete already reserved it) and otherwise marks it reserved, all under one activeCodexStoresMu acquisition. PruneCodexSessionStores reserves before RemoveAll and commits after, so confirm-inactive and remove are effectively atomic against a concurrent mark. - markActiveCodexStore now waits (on a sync.Cond) while a store is reserved, so a task never mounts a store mid-removal; committing the removal wakes it and the store is recreated fresh by Prepare (with the continuity notice). So mark-before-reserve keeps the store (reserve refused); reserve-before-mark removes it and blocks the late mark until the removal commits. The genuinely idle case still reclaims. Tests (daemon, run under -race): mark-then-reserve is refused; reserve blocks a concurrent mark until commit then the store reads active; a second reserve is refused mid-flight. The execenv prune tests move to the reserve seam; the activity-refresh / reopen-then-prune / isolation / disable cases still pass. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): namespace Codex session stores per profile for cross-daemon safety (MUL-4424) Addresses Elon's sixth-review blocker: the in-process reservation guard cannot span processes, but Multica supports multiple profile daemons on one machine (e.g. production + staging) that share the same ~/.codex. Each daemon's GC scanned the whole multica-sessions root, so a staging daemon could reclaim a store a production task was actively resuming — its reservation lived only in the other process's memory. Isolate by profile instead of trying to lock across processes: - Store path is now <shared>/multica-sessions/<namespace>/<agent>/<issue>, where namespace is the daemon's profile (empty -> "default"). PrepareParams/ReuseParams carry Profile; codexSessionStoreKey and CodexSessionStorePath fold it in. - PruneCodexSessionStores takes the profile and scans ONLY that namespace, so a daemon never even sees another profile's stores, let alone deletes them. The per-profile trees are disjoint, so the in-process guard is sufficient within a namespace (profiles get separate daemon state, so no two daemons share one). Test: a "staging"-owned idle store is untouched by a default-profile prune and reclaimed only by staging's own prune. Existing prune/guard/reopen tests move under the namespace. execenv + daemon under -race, go vet, gofmt all pass. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): make the Codex store profile→namespace map injective (MUL-4424) Addresses Elon's seventh-review blocker: the per-profile namespace was derived by dropping unsafe characters, which is not injective. The CLI treats the empty (default) profile and a profile literally named "default" as separate daemons, yet both mapped to namespace "default"; likewise "staging.prod" and "stagingprod" both mapped to "stagingprod". Two distinct daemons then shared one store tree, so one could again reclaim the other's live session — the cross-process blocker reopened for those profile names. Make codexSessionStoreNamespace injective: the empty profile gets a reserved bare literal "default", and every named profile is hex-encoded (bijective, filesystem-safe) under a "p_" prefix a bare literal can never collide with. So "" -> "default" while "default" -> "p_64656661756c74", and "staging.prod" / "stagingprod" get distinct hex segments. sanitizeCodexPathSegment stays for the UUID agent/issue segments (injective for real UUIDs); only the user-controlled profile needed the encoding. Tests: codexSessionStoreNamespace is distinct for "" vs "default", punctuation variants, case variants, and an encoded-looking name; and end-to-end, pruning one profile never reclaims the other's store for the "" vs "default" and "staging.prod" vs "stagingprod" pairs. execenv + daemon under -race, go vet, gofmt all pass. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): fixed-length Codex store namespace so long profiles fit (MUL-4424) Addresses Elon's eighth-review blocker: hex-encoding the full profile doubled the namespace segment length. A profile can be as long as a filesystem segment allows (~255 bytes) and the CLI persists it as its own config dir, but the store namespace "p_" + hex(profile) reached 2 + 127*2 = 256 bytes at 127 chars, overflowing the 255-byte single-segment limit — the profile's own dir created fine, then the session store failed with "file name too long". Derive the namespace from a fixed-length hash instead: a named profile is now "p_" + hex(sha256(profile)) — a constant 64 hex chars (66 with the prefix), filesystem-safe and collision-resistant. The empty (default) profile keeps its reserved bare literal "default", which the "p_"-prefixed 66-char segment can never equal. Still injective across the CLI's distinct-daemon cases; just no longer length-expanding. Test: the namespace stays <=255 bytes and creatable for profiles up to the 255-byte segment limit (127- and 255-char cases that overflowed under hex); the prior injectivity and cross-profile prune-isolation tests still hold. execenv + daemon under -race, go vet, gofmt all pass. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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Rusty Raven
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ef9b334408 |
MUL-4398: fix Hermes bound-skill discovery with per-task overlay (#5308)
* fix(execenv): overlay per-task HERMES_HOME so Hermes discovers bound skills Hermes has no workspace-relative skill discovery — it scans <HERMES_HOME>/skills first, then skills.external_dirs from config.yaml (verified against the bundled agent/skill_utils.py). The daemon wrote assigned skills to the generic .agent_context/skills/ fallback, which Hermes never reads, so they silently never took effect (#5242). When (and only when) an agent has skills bound, redirect HERMES_HOME to a minimal per-task compatibility overlay; a skill-less Hermes task keeps its real home and original behavior: - mirror every top-level entry of the shared home via symlink except the overlay-owned ones (denylist), reconciling entries deleted from the shared home; - derive a task-local config.yaml whose skills.external_dirs references the shared skills dir plus the user's existing external_dirs, expanded against the sanitized effective child env (unknown vars preserved, blocklisted keys resolved to the process value) and normalized to absolute paths; - write only the bound skills into the task-local skills/ dir (home skills scanned first, so they win); global skills are referenced, not copied; - keep memories/ overlay-owned (fresh per-task dir) AND disable the external memory.provider, so neither on-disk memory nor a shared backend crosses tasks; - keep active_profile/profiles out of the overlay so Hermes can't follow a sticky profile and redirect past it at startup. Profile handling mirrors hermes_cli.profiles: the daemon reads -p/--profile with agent.HermesProfileFromArgs and seeds the overlay from that profile's home via ResolveHermesSourceHome (default/invalid -> base, valid name -> <base>/profiles/ <name>, validated; a missing named profile fails closed). The profile flags are stripped from the acp argv ONLY when the overlay is active (hermesLaunchArgs), so a skill-less task's profile passes through unchanged. HERMES_HOME is no longer custom_env-blocklisted: no skills -> user value passes through; skills -> overlay overrides after layering. Fail closed — Prepare errors, Reuse returns nil. Task home 0700, derived config 0600 via atomic replace. Platform-native default home (%LOCALAPPDATA%\hermes, incl. the LOCALAPPDATA-missing fallback, on Windows). Tests span execenv/daemon/agent: no-skill no-op, child-env layering + env sanitization, profile parse/unquote + conditional strip + final args/env per scenario, custom/profile/default/invalid/missing/Windows source home, sticky- profile not mirrored, memory dir isolation + external provider disable, mirror reconciliation, external_dirs rebasing + sanitized/unknown-var expansion, local-precedence slug, perms, fail-closed, resume teardown. Docs (en + ja/ko/zh). Fixes #5242 * fix(hermes): make profile selection one resolver contract matching Hermes Round 5 review: the profile chain approximated Hermes' semantics in three separate places (argv parsing, source-home selection, arg filtering), so it diverged from native Hermes in several merge-blocking cases. Collapse it into one authoritative resolution: - agent.ParseHermesProfileArgs replaces HermesProfileFromArgs/ FilterHermesProfileArgs. It reproduces _apply_profile_override step 1/1b (first occurrence, value-flag skipping, `--` and `mcp add --args` boundaries, space-form profile-id guard) and returns the exact argv occurrence to consume; StripHermesProfileArgs removes only that occurrence. - execenv.ResolveHermesProfile replaces ResolveHermesSourceHome. It derives the Hermes root exactly like get_default_hermes_root (an already-profile-scoped HERMES_HOME roots at its grandparent), selects an explicit profile first, otherwise trusts a profile-scoped home (step 1.5) and only then the sticky <root>/active_profile (step 2), and validates via normalize/validate_profile_name (reserved hermes/test/tmp/root/sudo and empty inline `--profile=` are hard errors). Profiles always resolve under the root, so `-p default` re-roots and `-p <sibling>` is a sibling, never nested. - The daemon runs one parse + resolve, fails the task closed on a reserved/ invalid selection (matching Hermes' sys.exit(1)), and exports the selected source home as the effective env's HERMES_HOME so ${HERMES_HOME} in a profile's skills.external_dirs expands against the selected profile home (as native Hermes does before loading config.yaml), not the root or the overlay. Regressions added: root + sticky named profile selection; already-profile-scoped home with no flag; that home with -p default and -p <sibling>; reserved and empty inline profile values; and a selected profile whose external_dirs contains ${HERMES_HOME}. * fix(hermes): overlay-owned derived .env + symlink-resolved root Round 6 review, two remaining overlay-bypass paths: 1. A source `.env` could redirect HERMES_HOME after profile resolution. Hermes runs `_apply_profile_override()` then `load_hermes_dotenv()`, which loads `<HERMES_HOME>/.env` with override=True — so a mirrored source `.env` carrying an out-of-band `HERMES_HOME=` overwrote the overlay's home, repointing skill discovery and memory back at the source. `.env` is now overlay-owned and DERIVED (writeDerivedHermesEnv): it preserves the source's credentials/settings but strips any `HERMES_HOME` assignment and pins `HERMES_HOME` to the overlay last (single-quoted, literal), written 0600 via atomic replace. It is written even when the source has none, so Hermes' project-`.env` fallback (override=True only when no user `.env` loaded) can't relocate the home either. 2. Root derivation was lexical-only, diverging from `get_default_hermes_root`, which compares `env_path.resolve()` with `native_home.resolve()`. A HERMES_HOME symlinked into `<native>/profiles/<x>` was treated as its own root, so `-p default`/`-p <sibling>` resolved wrong. `hermesRootFromHomeFor` now resolves symlinks (Path.resolve(strict=False)-style best effort) for the containment decision while keeping the returned root unresolved, matching Hermes. Regressions: source `.env` with HERMES_HOME replayed through the override=True dotenv order (bound skill + task memory stay on the overlay; creds preserved); minimal overlay `.env` created when the source has none; and a symlinked profile home resolving `-p default`/`-p <sibling>` to the native root. |
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Multica Eve
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a91a390d48 |
fix(cli): recover daemon executable path (MUL-4514)
* fix(cli): recover daemon executable path Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): reuse executable fallback for restart Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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Multica Eve
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af9d90bd83 |
fix(daemon): wake queued tasks after predecessor exits (#5379)
Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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Bohan Jiang
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34d5445007 |
fix(daemon): self-heal pinned agent executable path after in-place upgrade (MUL-4486) (#5355)
The daemon pins each agent CLI's symlink-resolved absolute path at startup to
block PATH-redirect of a task launch. A version manager (Homebrew Cask, nvm/fnm)
upgrading in place deletes the pinned versioned directory and repoints the stable
name, leaving the daemon on a path that no longer exists — every codex task, model
list, and version detection then hard-fails with "executable not found" until the
daemon restarts.
resolveAgentEntry now self-heals a vanished pin by re-resolving the recorded
command once, version-detecting and min-version-gating the candidate before
adopting it, and publishing {path, version} atomically so callers key policy off
the binary that actually runs. Coalesced with singleflight; a live heal wins over
a reappearing stale path; custom runtimes and custom-only hosts are untouched.
Applied at task launch, model listing, and registration.
MUL-4486
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Multica Eve
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ac62f72c2a |
MUL-4480: make daemon workspace sync event-driven (#5354)
* feat(daemon): make workspace sync event-driven Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): preserve trailing workspace changes Co-authored-by: multica-agent <github@multica.ai> * fix(workspace): reconcile failed creates Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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Multica Eve
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c3dd9ec845 |
Machine-level batch task claim endpoint (MUL-4257) (#5193)
* feat(daemon-claim): machine-level batch task claim endpoint (MUL-4257) Collapse the per-runtime /tasks/claim poll fan-out into a single machine-level batch claim to cut /api/daemon claim request volume. Server: - agent.sql: = ANY(runtime_ids) batch variants of the claim queries (ListQueuedClaimCandidatesByRuntimes, PromoteDueDeferredTasksForRuntimes, ReclaimStaleDispatchedTasksForRuntimes); runtime.sql: GetAgentRuntimes(= ANY) so a whole machine's runtimes are resolved/promoted/reclaimed/listed in a constant number of queries instead of N. - service.ClaimTasksForRuntimes: claim up to max_tasks across a runtime set, preserving per-(issue,agent) serialization, the concurrency cap, the empty-claim cache short-circuit, and every dispatch side effect. Batch promote replays the per-row side effects (task:queued + empty-cache Bump). - handler.ClaimTasksByRuntime (canonical POST /api/daemon/tasks/claim, with a transitional /claim alias): validates daemon_id (required; must match the mdt_ token) and rejects runtimes bound to a different daemon (group-ownership check mirroring the WS path); resolves+authorizes each runtime_id; claims; and finalizes each task through the SAME FinalizeTaskClaim as the per-runtime endpoint (atomic token + delivered_comment_ids receipt), requeueing the exact claim and omitting it on failure. buildClaimedTaskResponse is extracted from the per-runtime handler and returns the delivered-comment ids plus a structured *claimBuildFailure so both paths share identical payload building and failure semantics (workspace-isolation, chat-input load/empty). - max_tasks: negative -> 400, zero -> empty (never coerce to 1), positive capped at 32. runtime_ids parsed with non-panicking util.ParseUUID. Daemon: - Client.ClaimTasks posts daemon_id + runtime set + free-slot count to the canonical path under a short request-scoped timeout, bounding the head-of-line coupling the per-runtime pollers avoid (MUL-1744). Tests: service batch drain / max_tasks cap / deferred-promote receipt / finalize-failure rollback+requeue; handler routing + token, cross-workspace skip, cross-daemon skip, daemon_id required, owner-missing cancel, max_tasks=0/negative, invalid-uuid skip, comment delivery receipt, stale-reclaim replacement receipt; client posts/parses (daemon_id + canonical path). Follow-up: cut the daemon pollLoop over to a single batched poller (flips the MUL-1744 isolation contract; needs its concurrency tests redesigned). Co-authored-by: multica-agent <github@multica.ai> * feat(daemon-ws): generic WS request/response transport for daemon RPC (MUL-4257) Add a generic daemon->server request/response layer over the existing WS control connection, the transport for WS-first claim (HTTP fallback): - protocol: daemon:rpc_request / daemon:rpc_response envelopes with a correlation request_id + method + body, and an rpc-v1 capability gate. - daemonws.Hub: SetRPCHandler + goroutine-dispatched handleRPCFrame (bounded by a per-connection in-flight cap) that echoes the request_id; missing handler / saturation return non-2xx so the daemon falls back to HTTP. Read limit raised to 64KB for rpc requests carrying a runtime set. - hub tests: round-trip, handler-error->non-2xx, no-handler->503. Co-authored-by: multica-agent <github@multica.ai> * feat(daemon-ws): WS-first task claim over the generic RPC transport (MUL-4257) Bind claim to the WS request/response layer, with HTTP fallback: - server: handler.DaemonRPCHandler adapts a daemon:rpc_request (method tasks.claim) to the existing HTTP ClaimTasksByRuntime via a synthetic in-process request carrying the WS connection's identity (daemon_id + workspace + capabilities), so all auth / payload-building / finalization is reused unchanged. Wired via daemonHub.SetRPCHandler. ClientIdentity now captures X-Client-Capabilities so capability gating matches the HTTP path. - daemon: wsRPCClient correlates responses by request_id over the shared WS connection; attached to the live connection's write channel (guarded so a Call racing teardown never sends on a closed channel) and detached on disconnect. rpc_response frames are routed in the read loop. Daemon.ClaimTasksWSFirst issues tasks.claim over WS and falls back to the HTTP claim endpoint on any transport failure (no conn / buffer full / timeout) — wired into the poller at the poller cutover. - tests: handler tasks.claim RPC end-to-end (claims + dispatches) + unknown method 404; daemon wsRPCClient round-trip / timeout / unavailable / server-error / detach-fails-pending (all under -race). Co-authored-by: multica-agent <github@multica.ai> * feat(daemon): cut claim poller over to machine-level ClaimTasksWSFirst (MUL-4257) Replace the per-runtime HTTP poll loop with a single batch poller: each cycle acquires all free execution slots (slot-before-claim) and issues ONE ClaimTasksWSFirst across every runtime the daemon hosts (WS-first, HTTP fallback), dispatching each returned task to its runtime. Wakeups (targeted / catch-up / runtime-set change) collapse to one nudge. Removes runRuntimePoller + runtimePollOffset. The WS handshake now advertises the same capabilities as HTTP (+ rpc-v1) so WS-built claim payloads keep skill-ref / coalesced-comment gating. Trades per-runtime isolation (MUL-1744) for one request, bounded by the short per-request WS timeout / client timeout. Tests: batch poller claims across runtimes + skips-at-capacity + pollLoop shutdown drain (replacing the per-runtime poller tests); heartbeat isolation + runtime-set watcher kept. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon-ws): WS RPC disconnect-race panic + batch stale-comment-plan repair (MUL-4257) Two PR #5193 review blockers: 1) WS RPC send-on-closed-channel race, both ends: - server: give each connection a cancelable ctx (cancelled on readPump teardown) and run the RPC handler under it, so a slow claim stops on disconnect; guard c.send with sendMu/sendClosed (trySend) so a late RPC response goroutine never writes to the closed channel. Heartbeat ack routed through the same guard. - daemon: wsRPCClient.deliver now sends under the mutex, serialized with attach(nil)'s close+delete, so a delivered response can't hit a channel the detach path just closed. - regressions (-race): daemon deliver-vs-detach; server disconnect-during-handler-response. 2) batch claim now runs the stale-comment-plan repair: extracted the per-runtime handler's repair (trigger deleted, only coalesced survive -> cancel + replay survivors) into shared repairStaleCommentPlanIfNeeded, called by both claim paths. Prevents the batch path (now the default poller) from finalizing+dispatching a task with no comment input and silently dropping the surviving user comment. Regression: batch omits the stale task, cancels it, and rebuilds the survivor into a new trigger plan. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon-ws): server-side RPC deadline + legacy claim fallback (MUL-4257) Two review blockers: 1) WS RPC timeout/fallback (GPT-Boy): the daemon's WS wait didn't cancel server-side claim, so a slow WS claim could commit after the daemon fell back to HTTP, leaking dispatched tasks and breaking the free-slot bound. Fix: RPC envelope carries TimeoutMs; the server bounds the handler ctx by it (so ClaimTasksByRuntime's tx is cancelled/rolled back at the deadline), and the daemon waits budget + grace so a claim that committed before the deadline still reports back. A committed-then-unreported claim degrades to the same stale-reclaim safety net as HTTP, never a double effective claim. Regression: server-side TimeoutMs cancels the handler. 2) Backward compat (Terra-Boy): a new daemon against a server without the batch route (/api/daemon/tasks/claim 404) couldn't claim. Fix: ClaimTasksWSFirst falls back to the legacy per-runtime ClaimTask loop on a batch 404 and caches 'batch unsupported' (reset on WS reconnect to re-probe after a server upgrade). Regression: server exposing only the legacy route. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon-ws): no double-claim on WS teardown/detach (MUL-4257) Sol-Boy review blocker: on reconnect, teardown failed the pending RPC (→ HTTP fallback) but then flushed the queued tasks.claim frame to the still-alive socket, so the server committed the WS claim on top of the HTTP one — double claim, WS batch orphaned to stale reclaim, breaking the free-slot bound. - Teardown now closes the connection FIRST, so runWSWriter discards the queued RPC frame (write error path) instead of delivering it. - A detach while a claim's frame is already in flight now returns a distinct errWSRPCUncertain; ClaimTasksWSFirst does NOT HTTP-fall-back on uncertain (the WS claim may have committed) — it skips the cycle and lets reclaim / the next poll recover. Genuine 'not sent' / timeout still fall back (safe: the server-side deadline guarantees no uncommitted claim by budget+grace). - Regression: detach during an in-flight WS claim asserts zero HTTP claims (at most one path claims); plus the existing detach/deliver-race and server-timeout tests. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon-ws): cancelable RPC frames close the backpressure double-claim (MUL-4257) Sol-Boy review blocker: the client's response budget starts at enqueue, but the socket write is async (10s write deadline). A backpressured writer could hold a tasks.claim in the local queue past the client timeout — the daemon HTTP-fell-back, then the writer woke and delivered the stale WS frame, so the server committed it too: same free slots claimed twice. No detach occurs, so the prior errWSRPCUncertain fix did not cover it. - WS frames are now cancelable (wsOutbound{sent,canceled} under a mutex). The writer calls beginWrite() before WriteMessage and skips cancelled frames. - On give-up (timeout / detach / ctx), Call cancels the queued frame: if it was still pending the cancel wins and the frame is guaranteed never delivered (errWSRPCUnavailable → safe HTTP fallback); if the writer already began sending it the cancel loses and the outcome is errWSRPCUncertain (no fallback). The decision is atomic, so at most one transport claims. Tests: wsOutbound cancel-before-write vs write-before-cancel; Call timeout cancels an unsent frame (writer then drops it) vs uncertain when already sent; plus the updated detach and existing timeout/race tests. Co-authored-by: multica-agent <github@multica.ai> * fix(batch-claim): return partial success instead of dropping committed claims (MUL-4257) Sol-Boy review blocker: ClaimTasksForRuntimes reclaims (step 2) and claims per agent (step 6) in independent transactions, but a step-4 candidate-SELECT error or a mid-loop ClaimTask error did 'return nil, err' — discarding tasks already committed as dispatched. The handler 500s; the daemon sees a definite (non- uncertain) 500 and HTTP-falls-back, claiming a SECOND batch into the same free slots while the first batch waits for stale reclaim — the double-claim this PR removes. - Both error paths now prefer partial success: if any task has already committed (claimed non-empty), return it (nil error) so the handler finalizes and returns 200; the errored candidates stay queued for the next poll. The remaining error is logged. Only a genuinely empty result still returns the error (safe: no committed claim to lose, HTTP fallback just re-fails). Regression (internal/service, DB-backed, fault-injected): - PartialSuccessOnSecondAgentClaimFailure: fail the 2nd ClaimTask's Begin → the first agent's committed task is returned, not dropped. - PartialSuccessOnCandidateQueryFailureAfterReclaim: a stale dispatched task is reclaimed, then the candidate SELECT fails → the reclaimed task is returned. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
||
|
Multica Eve
|
69ad806881 |
MUL-4472: fetch runtime profiles on demand
Merge approved after review; includes WS reconnect reconciliation and regression coverage. |
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|
Multica Eve
|
ab54c2be54 |
MUL-4471: refresh workspace repos on demand (#5334)
Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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|
Multica Eve
|
41b3045efa |
MUL-4424: bound Codex app-server startup RPCs (#5319)
* fix(codex): bound app-server startup RPCs Co-authored-by: multica-agent <github@multica.ai> * test(codex): de-flake bounded-handshake test The single 500ms handshake bound was shared by the successful preamble RPCs, so a slow fork/exec of the /bin/sh fake app-server could make initialize spuriously time out under parallel load. Raise the test bound to 3s (still below the 5s semantic timeout and 10s harness ceiling) and loosen the elapsed assertion to match. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> Co-authored-by: J <j@multica.ai> |
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|
Jiayuan Zhang
|
a14098288b | feat: redesign agent Skills and MCP capabilities (#5277) | ||
|
YYClaw
|
7a405fd1cf |
fix(daemon): keep the task transcript ordered and complete (#5210)
Two daemon-side fixes to the persisted task transcript: - Wait for the drain goroutine to flush the final message batch before every terminal return (result, timeout, idle-watchdog, upstream cancel), so a consumer reading the transcript at completion can't see a truncated tail. Bounded (10s, then cancel + 12s) so a backend that never closes its message channel cannot stall the terminal transition. - Share the message seq counter across a resume-failure retry so the retry's rows keep ascending seq values instead of restarting at 1 and interleaving with the failed attempt's rows. Server-initiated cancellation read timing is tracked separately in #5219. Closes #5209 MUL-4369 |
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|
Multica Eve
|
f599333f97 |
[MUL-4348] Route coalesced replies per root thread (#5202)
* feat(daemon): route coalesced replies per root thread (MUL-4348) When a busy agent coalesces multiple @mentions into one run, the run used a single --parent (the newest trigger), so questions raised in separate root threads were answered in one merged comment while the other threads were left unanswered. Group the trigger + coalesced comments by root thread server-side in the prompt builder (commentReplyThreads). When the run spans >=2 distinct threads, emit a per-thread reply plan (BuildMultiThreadCommentReplyInstructions) that instructs one reply per thread with the exact --parent, explicitly overriding the general 'one comment per run' rule. Multiple @mentions from the SAME thread collapse to a single group upstream, so same-thread follow-ups keep the ordinary single --parent=trigger path and can never be split into duplicate replies. Single-thread / non-coalesced runs are unchanged. Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): sync workflow-brief reply step with per-thread fan-out (MUL-4348) Review of #5202 found the cross-thread fan-out was injected only into the per-turn prompt (buildCommentPrompt), while the persistent workflow brief (writeWorkflowComment step 7) still emitted the single --parent=trigger cookbook for every comment task. A cross-thread run therefore got two slightly conflicting reply instructions, so the fan-out guarantee rested on prompt wording/precedence rather than structure. Carry the computed thread targets on TaskContextForEnv.CommentReplyTargets (populated from the same commentReplyThreads() the prompt uses, so the two surfaces cannot drift). When >=2 targets, the workflow reply step now emits the per-thread fan-out plan too; same-thread follow-ups collapse to a single group upstream and keep the single-parent cookbook, so they still can never be split. Also clarified the multi-thread cookbook to show a distinct file per reply (reply-1.md / reply-2.md). Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): reply under the specific mentioning comment per thread (MUL-4348 review nit #1) Non-trigger threads previously replied under the thread root, while the trigger's thread replied under the trigger comment — asymmetric, and it put the answer at the top of the thread instead of next to the actual question when the mention was a mid-thread reply. Reply under the NEWEST triggering comment in each thread instead (inputs are chronological, so last-write-wins per thread), making every thread consistent and nesting each answer beside its question. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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|
Bohan Jiang
|
8e0fbecab5 |
fix(models): codex empty-model effort validation + exact 5.6 aliases (MUL-4347) (#5196)
Follow-up to #5188 addressing the second-round review. - ValidateThinkingLevel now fails an empty codex model closed instead of borrowing the flagged Default (gpt-5.6-sol). An empty model follows config.toml, which can resolve to any installed model; Sol alone advertises `ultra`, so the old borrow green-lit levels Luna / gpt-5.5 don't support and Codex doesn't reject. Checked before ListModels so a discovery error can't fail it open. Frontend pickModelEntry mirrors this (no per-model effort preview for an empty codex model); the persisted-orphan clear path stays. - parseCodexDebugModels drops efforts without a known label so the picker never advertises a level the Create/Update enum gate would 400 on save; the contract test now drives the real parser with an unknown effort instead of comparing two hand-written maps. - gpt-5.6 price aliases anchor to a literal dot (not the [.-] class), so dashed variants like gpt-5-6-luna surface as unmapped on both backend and frontend rather than silently borrowing a tier. Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
ZIce
|
fe46dfdbf6 |
MUL-4203: Fix Cursor MCP auth source seeding (ZIC-52)
Merge approved PR. |
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|
beast
|
aecd47b59f |
fix(daemon): mark workspaces root so escaped subprocesses still fail closed (#5044)
Write a persistent daemon-task marker at the workspaces root so a subprocess that lost all MULTICA_* env vars and escaped above its workdir still fails closed instead of falling back to the user's config PAT. Includes daemon-startup pre-ensure, per-task and reuse-path self-heal, torn-marker reclaim, atomic write, and non-fatal degrade. Fixes #5043. |
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|
Multica Eve
|
0c2e48ded2 |
refactor: retire FF_RUNTIME_BRIEF_SLIM, make slim runtime brief the only path (MUL-4297)
The runtime_brief_slim feature flag has burned in; the slim runtime brief is now the sole path. - execenv: buildMetaSkillContent / BuildCommentReplyInstructions delegate to the slim assembler unconditionally; delete the legacy verbose brief body and writeBackgroundTaskSafetyInstructions. - Remove the runtime_brief_slim flag and the daemon-bound flag delivery subsystem built solely for it: execenv flag wiring (runtime_config_flag.go, server_snapshot_provider.go), the featureflagdispatch package, the DaemonFeatureFlagSnapshot heartbeat protocol field, and the server/daemon wiring in router.go, handler, daemon.go, main.go, cmd_daemon.go. - Keep the generic server/pkg/featureflag engine (still used by composio_mcp_apps). - Update tests to slim-only expectations and docs/feature-flags.md. Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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|
Multica Eve
|
528d3c7fbb |
fix: use short task temp dirs for agent env (#5140)
Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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|
LinYushen
|
77a05fb731 |
Revert "feat(daemon): worktree_pool mode for local_directory (MUL-3483) (#4986)" (#5037)
This reverts commit
|
||
|
YOMXXX
|
e002ee5a6b | fix(daemon): isolate agent temp dirs (#5005) | ||
|
Multica Eve
|
7bb8076ed0 |
feat(daemon): worktree_pool mode for local_directory (MUL-3483) (#4986)
* feat(daemon): add worktree_pool mode for local_directory (MUL-3483) ## What changed Squad workflows bound to the same `local_directory` resource used to serialise on a single path mutex — a documented pain point from GitHub issue #4377. This introduces an opt-in `worktree_pool` mode on the `local_directory` project resource. When enabled, each task gets its own `git worktree add` under a daemon-managed pool root, so sibling tasks on the same base repo now run truly in parallel while `git worktree add/remove/prune` stays serialised behind a per-repo mutex. ## Shape - `local_directory.resource_ref` gains three optional fields: `mode` ("in_place" default / "worktree_pool"), `pool_root` (defaults to `<parent>/.multica-worktrees/<base>`), `max_parallel` (defaults to 4). Legacy rows are byte-identical after round-trip: the server validator strips the pool fields on the default in_place path so older clients keep behaving exactly as before. - New `WorktreePoolManager` (`server/internal/daemon/worktree_pool.go`) owns pool allocation, per-repo git-metadata mutex, and cleanup. - `acquireLocalDirectoryLockIfNeeded` now branches on the ref's mode. in_place stays on `LocalPathLocker` and the shared tree; worktree_pool routes through the pool manager, publishes a lease keyed by task ID, and pins the agent to the freshly allocated worktree in `execenv.PrepareParams.LocalWorkDir`. - Pool saturation is a structured wait_reason (`worktree_pool saturated (N/M) on <path> (holders: ...)`), retrying on the existing cancel-poll interval — same UX as the historical path-mutex wait. ## Safety guardrails (also known footguns from prior art) - Repos with initialised submodules are refused up front. Multi-checkout of a superproject is explicitly unsupported by `git worktree(1)` BUGS and the per-worktree `modules/` directories bloat disk by pool size ×. - Dirty worktrees are NEVER `--force` removed on release. If the agent left uncommitted changes behind we keep the directory (and free the slot) so users can inspect. This is the failure mode claude-code#55724 documented and the pool must not regress into. - The per-repo mutex covers every `git worktree add/remove/prune` and `submodule status` invocation for a given base, matching the in-process-queue fix Anthropic settled on for claude-code#34645 (`.git/config.lock` races on concurrent add). - Task UUID is the source of truth for both branch (`multica/<uuid>`) and worktree path (`<pool_root>/<uuid>`) so a single agent running multiple worker tasks in parallel can never collide. - Non-empty leftover directories at the target path abort the allocation instead of silently starting the agent in an unknown state. ## Explicit MVP non-goals (deferred, tracked as follow-up work) - Windows worktree-remove retry (permission-denied on locked handles). - Detached-HEAD fast path for read-only exploration tasks. - `post-checkout` hook opt-out / serialisation. - Automatic `git lfs install`. - UI surfacing of the pool state / dirty worktree list. ## Tests - `worktree_pool_test.go` (new): full acquire→release lifecycle, parallel allocation, saturation with holder list, slot re-use after release, dirty-worktree preservation, concurrent-acquire serialisation (the config.lock guard), submodule refusal, missing base rejection, pool root auto-mkdir, non-empty leftover refusal, ctx cancel. - Handler validator gains three rejection cases (unknown mode, relative pool_root, negative max_parallel) and a round-trip test that pins the normalised JSON shape for both modes. - Daemon `localDirectoryRef` helpers get a defaults test and the pool root path derivation is pinned. ## Wire-compat and rollout - Default off. Existing rows keep the historical shape (no `mode`, `pool_root`, or `max_parallel` in the JSON) and behave exactly as before. - Opt-in via `--ref '{"local_path":"...","daemon_id":"...","mode":"worktree_pool"}'` today. CLI flag shortcuts (`--mode`, `--pool-root`, `--max-parallel`) can follow in a small tail PR — not blocking. - No DB migration. No UI change required. Co-authored-by: multica-agent <github@multica.ai> * feat(daemon): address worktree_pool review nits (MUL-3483) Follow-up to #4986. Three non-blocking review points from GPT-Boy: 1. **Daemon integration test for lease → runTask plumbing.** `TestAcquireLocalDirectory_WorktreePoolPublishesLease` (and its in_place counterpart) pin the exact contract runTask relies on when it reads `d.localLeases.Load(task.ID)` and feeds `lease.WorkDir` into `execenv.PrepareParams.LocalWorkDir`. A future refactor that drops the Store, mistypes the key, or swaps back to `assignment.AbsPath` on the pool branch will now fail here rather than silently defeat the whole point of worktree_pool mode. 2. **Untracked-only dirty case now classifies as dirty.** `worktreeIsDirty` used `--untracked-files=no`, which meant a worktree with only untracked files was reported "clean" and hit the `git worktree remove` branch — git itself would then refuse the removal because the file exists (so no data was lost), but the log path lied about what happened on disk. Switching to `--untracked-files=normal` routes agents' fresh drafts directly through the "leaving on disk for user inspection" branch, and `TestWorktreePool_UntrackedOnlyIsKept` pins the guarantee so nobody quietly reverts the flag later. 3. **Skill doc note on default `pool_root` location.** `multica-projects-and-resources/SKILL.md` now spells out the three new ref fields (`mode`, `pool_root`, `max_parallel`), the default `<parent>/.multica-worktrees/<repo>` location (next to the repo, not inside it), the write-permission requirement on the parent directory, and the submodule restriction — so agents advising self-host users hit the right doc line rather than reading source. Existing test suite still green: - `go vet ./...` clean - `go test ./internal/daemon/... ./internal/handler/... ./internal/service/...` all pass Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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ZIce
|
b2db309618 |
Skip local directory lock for squad leaders (#4951)
Co-authored-by: multica-agent <github@multica.ai> |
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|
LinYushen
|
cb68669c73 |
feat(composio): gate MCP apps behind feature flag (#4876)
* feat(composio): server-side connect flow + connections REST (Notion MVP) (MUL-3720) (#4608)
* feat(composio): server-side connect flow + connections REST (Notion MVP) (MUL-3720)
Compose the merged server/pkg/composio SDK into a user-facing connection
manager: signed-state connect handshake, local user_composio_connection
mirror, idempotent disconnect, and a per-user MCP session helper (not yet
wired into task dispatch).
- migration 127_user_composio_connection (no FK/cascade, per DB rules)
- sqlc queries: upsert (idempotent on user_id+connected_account_id), list
active, owner-scoped get, mark revoked
- internal/integrations/composio: signed HMAC-SHA256 state, BeginConnect,
CompleteCallback (idempotent upsert), ListConnections, Disconnect
(upstream 404 = idempotent success), CreateMCPSession (no-op when empty,
pins connected_accounts per toolkit), CallbackRedirect
- REST handlers under /api/integrations/composio (user-scoped, 503 when
COMPOSIO_API_KEY unset): connect/init, callback (302), connections list,
delete
- router wiring gated by COMPOSIO_API_KEY; COMPOSIO_AUTH_CONFIGS_JSON maps
toolkit->auth_config (MVP: notion); state secret from COMPOSIO_STATE_SECRET
or derived from JWT_SECRET; callback base from COMPOSIO_CALLBACK_BASE_URL
or MULTICA_PUBLIC_URL
- tests: state (expire/tamper/wrong-secret), service (mapping, callback
idempotency, non-success, disconnect owner/404 idempotency, MCP pin),
handlers (httptest), redact regression for Bearer mcp_ tokens
MVP scope: Notion only; no task-dispatch overlay, sharing, or webhook
event handling (later stages).
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): bind callback account to user + idempotent revoked disconnect (MUL-3720)
Address PR 4608 review (CHANGES_REQUESTED):
- callback: verify connected_account_id with Composio before mirroring it.
The signed state only proved user/toolkit/exp, so a valid state paired with
a tampered connected_account_id would be written verbatim. CompleteCallback
now calls ListConnectedAccounts and fails closed (ErrAccountVerification)
unless the account belongs to the state's user (composio_user_id == multica
user id) and was created under the toolkit's auth config. No row is written
on mismatch / unknown account / upstream error.
- disconnect: short-circuit to a no-op when the local row is already revoked,
before touching upstream. Previously a second DELETE re-hit Composio and a
non-404 upstream error surfaced as a 502, breaking the 204-idempotent
contract.
- CreateMCPSession: document the v1 single-active-connection-per-(user,toolkit)
constraint and make duplicate selection deterministic (newest-wins, rows are
connected_at DESC) instead of order-dependent map overwrite. Stage 3 owns the
real single-account-enforcement vs multi-account-shape decision.
Tests: tampered/wrong-auth-config/unknown-account callback rejection, revoked-row
disconnect no-op (asserts upstream not re-hit). composio pkg 85% coverage; all
green.
Co-authored-by: multica-agent <github@multica.ai>
* feat(composio): list all toolkits + dynamic auth-config resolution (MUL-3720)
Yushen's follow-up to the Notion MVP: surface the full Composio toolkit
catalog, render it in Settings, and drop the static env mapping in favor of
dynamic auth-config discovery.
Config correctness (per Composio docs):
- Remove COMPOSIO_AUTH_CONFIGS_JSON entirely. The toolkit→auth_config mapping
is now resolved at request time from the project's /auth_configs (cached,
5-min TTL), so enabling a toolkit is a dashboard action, not a redeploy.
- Do NOT add COMPOSIO_PROJECT_ID. The project API key (x-api-key) authenticates
to exactly one project; the project is resolved from the key. Only org-level
endpoints use x-org-api-key, which this integration never calls.
Backend:
- SDK: server/pkg/composio/auth_configs.go — ListAuthConfigs (toolkit_slug,
is_composio_managed, show_disabled, limit, cursor).
- service: dynamic resolver (authConfigMap cache; betterAuthConfig prefers a
custom/white-label config over Composio-managed, newest wins); BeginConnect
and CompleteCallback resolve via it; ListToolkits fetches the full catalog
(paginated, capped) annotated with connectable = has an enabled auth config,
connectable-first ordering.
- handler + route: GET /api/integrations/composio/toolkits (user-scoped, 503
when COMPOSIO_API_KEY unset) returning slug/name/logo/category/connectable.
Frontend:
- core: ComposioToolkit/ComposioConnection types, api client methods, and
composio query options (@multica/core/composio).
- views: Settings → Integrations now has a Composio section rendering every
toolkit as a card with search. Connect is gated on `connectable`;
non-connectable toolkits show a muted "not configured" hint instead of a
dead button. Connected toolkits show a badge + Disconnect (with confirm).
- i18n: composio block added to en/zh-Hans/ja/ko settings.
Tests: SDK + service (dynamic resolution, custom-over-managed preference,
connectable flag, resolver-error soft-degrade) and handler toolkits endpoint;
composio pkg 85.7% coverage. go build/vet/gofmt clean; core+views typecheck,
core+views lint, and core tests (691) all green.
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): close cross-toolkit callback fail-open by signing auth_config_id into state (MUL-3720)
Re-review blocker: CompleteCallback resolved the toolkit's auth config at
callback time and ignored a resolve error/empty result, while
verifyAccountOwnership skipped the auth-config comparison when the expected
value was empty. A user could then pass another toolkit's connected_account_id
into this toolkit's callback — the owner check passed and it was written under
the wrong toolkit_slug/account binding.
Fix: the auth_config_id is already resolved in BeginConnect (before the state
is signed), so sign it into the state and compare it exactly at callback. No
re-resolve, no fail-open. verifyAccountOwnership now fails closed when the
expected auth config is empty (rejects instead of skipping) and requires an
exact match — closing the cross-toolkit binding gap.
Tests: state round-trips auth_config_id; BeginConnect signs it; callback
rejects wrong/cross-toolkit auth config and an empty (no-mapping) auth config
fails closed. composio pkg 85.2% coverage, all green.
Frontend (non-blocking): the Composio settings tab now surfaces an error when
the connections query fails instead of silently rendering everything as
unconnected.
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): hide Settings section entirely when integration unconfigured (MUL-3720)
Decision (option 2, hide-then-merge): don't show a card that leaks the internal
COMPOSIO_API_KEY env-var name to every end user. IntegrationsTab now gates the
whole Composio section (heading + body) on the toolkits query — a 503 means the
key is unset, so the section is withheld instead of rendering the not-configured
card. Admin-only setup guidance is a later, role-gated affordance.
Removed the notConfigured card (and now-unused ApiError import) from
ComposioTab; it only mounts when configured. views typecheck + lint clean.
Co-authored-by: multica-agent <github@multica.ai>
---------
Co-authored-by: multica-agent <github@multica.ai>
* feat(composio): Stage 2 frontend polish — callback toast, last_used & expired UI, e2e (MUL-3718) (#4688)
* feat(composio): callback toast + refresh, last_used & expired UI, e2e (MUL-3718)
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): real callback redirect route + StrictMode-safe toast dedup (MUL-3718 review)
Co-authored-by: multica-agent <github@multica.ai>
---------
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): callback endpoint should not require Multica auth (MUL-3843) (#4709)
* fix(composio): move OAuth callback out of the Auth group (MUL-3843)
Composio 302-redirects the browser to /api/integrations/composio/callback
at the end of the OAuth flow, but PR #4608 mounted it inside the cookie-auth
middleware group. When the session cookie is absent (expired session,
SameSite=Strict / Safari ITP, private window, self-hosted callback subdomain)
the Auth middleware returned a hard 401 and a JSON blob instead of the
settings redirect, breaking the flow.
Identity never came from the cookie anyway: it is carried by the HMAC-signed
state param that CompleteCallback verifies (signature, expiry, replay) and
cross-checked by verifyAccountOwnership; h.Composio == nil still 503s. So the
callback is registered alongside the other public OAuth/webhook routes; the
other four composio endpoints stay session-gated.
Refs MUL-3843, MUL-3715.
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): correct stale callback routing comments (MUL-3843)
The package header and ComposioCallback doc comments still described the
callback as sitting under the Auth middleware group. After the route was
moved out (this PR), update both to state it is a public route whose identity
comes from the signed state — addressing review nit from 张大彪.
Refs MUL-3843.
Co-authored-by: multica-agent <github@multica.ai>
---------
Co-authored-by: multica-agent <github@multica.ai>
* feat(composio): inject MCP overlay into agent runtime at task dispatch (MUL-3721) (#4704)
Stage 3 of the Composio epic. Wires the per-user Composio MCP session into
every agent task so the agent process sees the initiator's connected tools
without any prompt-time plumbing.
Server side
- Migration 128 adds agent_task_queue.runtime_mcp_overlay JSONB plus a
BEFORE-UPDATE trigger that wipes the column on any transition into a
terminal status (completed / failed / cancelled). A trigger is the single
source of truth — future queries that flip status cannot bypass it.
- composio.Service.BuildTaskOverlay(userID) reuses CreateMCPSession and
emits the Claude-style { mcpServers: { composio: { type: http, url,
headers } } } shape the daemon's existing sidecar generators consume.
Returns (nil, nil) on zero active connections so we never burn a
Composio session for a user with nothing to call.
- TaskService grows a Composio ComposioOverlayBuilder seam, wired in
router.go after composiointeg.NewService succeeds. Five enqueue paths
(issue / mention / quick-create / chat / auto-retry) attach the overlay
after CreateAgentTask returns and before the daemon is notified — so
every claim reads a settled row, with no second daemon hop. Best-effort:
a builder failure logs and proceeds with no overlay.
- resolveInitiatorFromTriggerComment derives the initiator user from the
trigger comment when it was authored by a member. Agent-authored
triggers are not treated as initiators (their connected-apps view is
empty by construction).
Daemon side
- handler/daemon.go claim path merges task.runtime_mcp_overlay onto
agent.mcp_config via mergeMCPOverlay before populating
TaskAgentData.McpConfig. Overlay wins on server-name collisions
because it carries the live user-scoped session URL. Errors fall back
to the agent config unchanged — a bad overlay must not surprise-disable
saved MCP tools. The existing execenv sidecar generators (cursor /
codex / openclaw / opencode / hermes-kiro) need no changes: they keep
consuming the merged result through TaskAgentData.McpConfig.
Tests
- 9 merge cases (mcp_overlay_test): both-nil short-circuit, agent-only
pass-through, overlay-only canonicalization, two-side merge, name
collision (overlay wins), top-level key preservation, malformed agent
fallback, malformed overlay fallback, non-object server rejection.
- 4 dispatch cases (composio): zero-connections returns nil without
CreateSession, happy-path emits the right shape with the right user
id, empty-URL defensive branch, SDK error surfacing.
- 4 TaskService helper cases: nil Composio is a no-op (Queries-safe),
invalid initiator does not call the builder, nil overlay skips the
UPDATE, builder error swallowed without panic.
- Migration 128 verified to roll up + down + up cleanly against the test
database.
Out of scope (deferred): assignment-triggered enqueue paths with no
trigger comment get no overlay attached today (no initiator UUID flows
through enqueueIssueTask in that case). Retry paths recompute the overlay
fresh from the parent's initiator_user_id instead of inheriting the bearer
from the parent row, so a stale token can never resurface on a retry.
Co-authored-by: Eve <eve@multica.ai>
Co-authored-by: multica-agent <github@multica.ai>
* feat(composio): per-agent allowlist + originator-scoped MCP overlay (MUL-3869) (#4736)
* feat(composio): per-agent allowlist + originator-scoped MCP overlay (MUL-3869)
Stage 3.1 of the Composio epic (MUL-3721 parent). PR #4704 wired in the
runtime_mcp_overlay column and a per-task dispatch hook; this change
inverts the default from "all-on" to opt-in and locks the overlay to the
agent owner's own connected apps:
- Agents carry composio_toolkit_allowlist TEXT[]. NULL or [] => no MCP.
Owner-only read/write; non-owner GET/PUT silently redacts/drops the
field (same shape as mcp_config).
- agent_task_queue carries originator_user_id UUID. Set from the
top-of-chain HUMAN at every enqueue path:
* issue/mention comment by member -> author_id
* issue/mention comment by agent -> inherit via comment.source_task_id
-> parent task originator_user_id
* quick-create -> requester_id
* chat -> initiator_user_id
* retry -> SQL-inherited from parent row
* autopilot -> NULL (system-driven)
- BuildTaskOverlay (composio dispatch) now takes (ctx, originatorUserID,
agent) and short-circuits on five gates: invalid originator,
originator != agent.owner_id, empty allowlist, empty intersection of
allowlist ∩ active connections, defensive empty session URL. Composio
CreateSession is called with BOTH `toolkits.slugs` (the intersection)
AND `connected_accounts` (the pinned account ids), narrowing the
tool-router twice.
- The originator-vs-owner gate closes the agent-fanout privacy hole: any
workspace member who can @-mention a public agent used to project the
owner's connected apps into their run. Now the overlay only mounts
when the human at the top of the chain IS the agent owner.
Tests:
- dispatch_test.go covers all 5 gates plus uppercase/whitespace slug
normalisation.
- task_runtime_mcp_overlay_test.go covers the no-op gates of the new
applyRuntimeMCPOverlay signature.
- agent_composio_allowlist_test.go (handler): owner roundtrip
(list/empty/null), workspace-admin silent-drop, owner-only GET
visibility, pure normaliseComposioToolkitAllowlist.
- resolve_originator_test.go (service, DB-backed): member-authored,
agent-authored inherits via comment.source_task_id, invalid id.
Migration 129 up/down/up verified against docker postgres.
Co-authored-by: multica-agent <github@multica.ai>
* chore(composio): gofmt + regenerate sqlc with v1.31.1 (MUL-3869 review nits)
Co-authored-by: multica-agent <github@multica.ai>
---------
Co-authored-by: Eve <eve@multica-ai.local>
Co-authored-by: multica-agent <github@multica.ai>
* fix(composio): accept nested connected account auth config
* feat(views): creator-only MCP tab for per-agent Composio allowlist (MUL-3870) (#4743)
Stage 3.2 frontend on top of the Stage 3.1 backend (MUL-3869,
|
||
|
Xisheng Parker Zhao
|
4b9ea4aa68 |
feat(agent): add ByteDance TRAE CLI (traecli) as an ACP backend (#4724)
Adds the official ByteDance TRAE CLI (the `traecli` binary documented at https://docs.trae.cn/cli — the product paired with the Trae IDE, not the open-source bytedance/trae-agent) as a built-in agent backend. traecli is ACP-native, so it is driven over the standard ACP JSON-RPC transport via `traecli acp serve --yolo`, reusing the shared hermesClient exactly like the Kiro and Qoder backends. Validated end-to-end against the real traecli v0.120.42 with a logged-in account: initialize advertises loadSession:true + mcpCapabilities{http,sse}; session/new returns result.sessionId + models.availableModels (18 models discovered); session/prompt streams session/update notifications with sessionUpdate=agent_message_chunk (hermesClient already normalizes this Zed-ACP wire shape); a real board task ran 14 tool calls and completed in ~47s. Implementation: - server/pkg/agent/traecli.go: ACP backend; session/load resume (loadSession:true), session/set_model, MCP via ACP mcpServers, --yolo bypass-permissions for headless runs, blocked-arg filtering (acp, serve, --yolo, --print, --output-format, --permission-mode) - agent.go: New() + launch header "traecli acp serve" - models.go: discoverTraecliModels via the shared discoverACPModels - daemon/config.go: auto-detect the `traecli` binary (MULTICA_TRAECLI_PATH / MULTICA_TRAECLI_MODEL) - daemon.go: inline the runtime brief (traecli reads .trae/rules/, not AGENTS.md) and surface the runtime as "Trae" (providerDisplayName) - execenv: AGENTS.md + .traecli/skills wiring; ~/.traecli/skills local root - packages/core mcp-support: traecli consumes mcp_config - frontend: official Trae provider logo - docs: providers.mdx matrix + section, CLI_AND_DAEMON.md, README Tests: fake-ACP unit tests matching the real wire format (streaming, blocked-arg filtering, session/set_model failure, session/load resume) plus a gated real-binary smoke test (TestTraecliRealACPSmoke) that skips when traecli is absent or not logged in. Built-in provider only (mirrors qoder): not in SupportedTypes / RUNTIME_PROFILE_PROTOCOL_FAMILIES, so no migration is needed. Resolves #4376. |
||
|
xiawiie
|
93028d303b |
fix(daemon): reconcile in-flight task and workspace state on WS reconnect (#4718)
After a WebSocket disconnect, the daemon's view of running tasks and workspace state can lag the server for up to 5s (per-task cancellation poll) or 30s (workspace sync) because both loops park on coarse tickers that do not observe the WS wakeup channel. This change adds a small fan-out broadcaster (`reconcileBroadcaster`) that the WS connect path fires once per (re)connect. `watchTaskCancellation` and `workspaceSyncLoop` subscribe and re-check immediately on broadcast, without disturbing the ticker cadence. The broadcaster is edge-triggered with a one-slot replay so a broadcast that lands before a subscriber is ready is not lost (closes the daemon-startup race), and back-to-back broadcasts inside 1s are debounced so a flapping connection cannot fan out into a request stampede. Existing behaviour is preserved: shouldInterruptAgent still decides whether to interrupt, the 5s/30s ticker still bounds the worst case, and the WS heartbeat / HTTP heartbeat coordination is untouched. Closes #4665 |
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|
Multica Eve
|
f59cb2f494 |
MUL-3834: harden daemon websocket reconnect (#4699)
* MUL-3834 harden daemon websocket reconnect Co-authored-by: multica-agent <github@multica.ai> * MUL-3834 stabilize daemon websocket liveness tests Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
||
|
Bohan Jiang
|
dfa384ffa2 |
fix(daemon): resolve skill bundles per-skill with size-scaled timeout (#4505) (#4530)
* fix(daemon): resolve skill bundles per-skill with size-scaled timeout (MUL-3650, #4505) Cold-start skill resolution downloaded the agent's entire bundle in one atomic request bounded by the shared 30s control-plane http.Client timeout. On a slow/jittery link a large bundle (15+ skills) could not finish the body read in 30s, and because the cache was only written after the whole batch succeeded, nothing was persisted on failure — so every dispatch re-downloaded the full bundle and timed out again, never converging. Resolve each missing bundle in its own request and cache it the moment it arrives: - daemon: per-skill resolve with a deadline scaled to the bundle's declared size (floor 30s, cap 5m, ~50KB/s floor throughput) instead of the fixed control-plane timeout; each success is persisted independently, so a dispatch that fails on one skill still caches the rest and the next dispatch only re-fetches what is missing. - client: dedicated bundleClient with no fixed Timeout (deadline comes from ctx), a singular ResolveSkillBundle, and a short transient-retry schedule. Tests cover the size-scaled timeout and the cross-dispatch incremental caching / convergence (a failed skill does not discard its siblings, and cached skills are not re-fetched). Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): accept server-side skill updates in per-skill resolve (MUL-3650) Address review on #4530: resolveSkillBundle validated the returned bundle against the claim-time ref, which pinned it to the requested hash. The resolve endpoint intentionally serves the agent's current bundle and hash when the requested hash is stale (the skill can be edited between claim and prepare), so a legitimate updated bundle was rejected as invalid and the task failed. Confirm only that the server returned the requested skill (source/id), then validate self-consistency against a ref derived from the returned bundle and cache it under its own hash — matching the documented endpoint contract. Adds a regression test covering a stale-hash request answered with an updated bundle. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
beast
|
20eecfb093 | fix(projects): honor repo resource checkout refs (MUL-3593) (#4470) | ||
|
Multica Eve
|
1ac3a03e5d |
MUL-3618: dispatch daemon feature flag snapshots (#4509)
* MUL-3618: dispatch daemon feature flag snapshots Co-authored-by: multica-agent <github@multica.ai> * MUL-3618: narrow daemon flag snapshots to process scope Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
||
|
Bohan Jiang
|
76c58a4ee8 |
MUL-3617: remove Gemini CLI runtime (#4503)
* fix: remove gemini cli runtime Co-authored-by: multica-agent <github@multica.ai> * fix: skip unsupported custom runtime profiles Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
||
|
Bohan Jiang
|
5038c983c0 |
MUL-3281: Add daemon skill bundle refs (#4445)
* feat: add daemon skill bundle refs Co-authored-by: multica-agent <github@multica.ai> * fix: tighten skill bundle resolve safeguards Co-authored-by: multica-agent <github@multica.ai> * feat: add task prepare lease Co-authored-by: multica-agent <github@multica.ai> * fix: isolate prepare lease concurrent index migration Co-authored-by: multica-agent <github@multica.ai> * fix: keep prepare lease active through start Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
Multica Eve
|
12ea1f6a8c |
MUL-3495: support custom runtime args and registration errors (#4408)
* feat: support custom runtime args Co-authored-by: multica-agent <github@multica.ai> * fix: address custom runtime review nits Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
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|
Naiyuan Qing
|
4ab335b8a5 |
MUL-3416: Issue pre-trigger preview + Handoff Note (#4383)
* feat(issues): unify run-enqueue decision behind WillEnqueueRun + preview endpoint Collapse the issue update/batch enqueue copies into one service predicate service.IssueService.WillEnqueueRun, shared verbatim with a new dry-run endpoint POST /api/issues/preview-trigger so the four entry points stop drifting (squad/self-loop/batch omissions, MUL-3375). The private-agent gate stays at the HTTP boundary: write paths inject allow-all, preview injects the real gate so it never leaks a private agent's readiness. Add suppress_run to issue update/batch: the change applies but no run starts. Remove the now-dead handler mirrors shouldEnqueueSquadLeaderOnAssign / isSquadLeaderReady. service.Create and the comment trigger chain are untouched. Tests: preview behavior, preview<->write-path match, batch aggregation, member no-trigger, suppress_run skip, malformed-body 400. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * feat(issues): inject handoff note into assigned runs via first-class task field Add an optional handoff_note carried by issue assign/promote into the run's opening prompt and issue_context.md, via a dedicated agent_task_queue column (migration 122) and a daemon assignment-handoff render branch — never a fabricated comment, never trigger_comment_id (MUL-3375 §6.1). Thread the note through enqueueIssueTask/enqueueMentionTask + WithHandoff public variants and dispatchIssueRun; suppress_run or a parked write drops it (no run = nothing to inject). Soft version gate: MinHandoffCLIVersion + HandoffSupported, surfaced per-trigger as handoff_supported in the preview so the UI can gray the note box on old daemons; the assignment never hard-fails. Tests: daemon prompt + issue_context render via the assignment branch (not quick-create/comment), version helper matrix, note persists on the task, suppressed assign enqueues nothing. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * feat(issues): leave a display-only handoff record on the timeline When an assign/promote with a handoff note starts a run, write one type='handoff' timeline record via TaskService.RecordHandoff — a direct Queries.CreateComment + timeline event that bypasses Handler.CreateComment, so it never reaches triggerTasksForComment and cannot start a second run (MUL-3375 §6.2, the must-not-retrigger invariant). Author is the actor who handed off; body is the note. Migration 123 admits the 'handoff' comment type. Recorded only on a real run start: suppress_run or a parked write writes nothing. enqueueSquadLeaderTask now reports whether it enqueued so the trace is gated on an actual dispatch. Test: exactly one handoff record on assign-with-note, exactly one task (no re-trigger), and no record when suppressed. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * feat(issues): frontend plumbing for issue-trigger preview + handoff (core) Add api.previewIssueTrigger + IssueTriggerPreviewSchema (zod parseWithFallback), the use-issue-trigger-preview hook, issueKeys.issueTriggerPreview(+All) with WS queue-state invalidation, suppress_run/handoff_note on UpdateIssueRequest, the 'handoff' CommentType, and stripping of the control fields from optimistic update/batch cache patches (MUL-3375 §9). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * fix(issues): exclude handoff records from new-comment counting type='handoff' is a display-only timeline record, not conversation. Exclude it from CountNewCommentsSince so a handoff note never inflates the count of "new comments to catch up on" fed to a claiming agent (MUL-3375 §12). Analytics already excludes it (RecordHandoff is a direct write that emits no analytics event), and the comment-trigger path is already bypassed. Test: a handoff record does not bump the new-comment count; a real comment does. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * feat(issues): pre-trigger preview UI, handoff note, timeline card (web/desktop) Wire the §9 frontend onto the preview endpoint + handoff fields: - Delete the backlog blocking dialog (backlog-agent-hint*) and its modal type; the over-eager nag is gone. Backlog awareness is now a passive label. - RunConfirmModal: single assign + batch assign/status route here. Shows the backend predicate's verdict ("将启动 @X" / "将启动 N 个" / parked), an optional handoff note (assign only, soft-gated by handoff_supported), and 暂不启动 — then applies via update/batch. No frontend guessing. - create modal: passive CreateRunHint ("将启动 @X" / backlog parked). - single status change stays a direct apply (unchanged). - timeline: render type='handoff' as a distinct, non-interactive handoff card. - i18n run_confirm + handoff_card across en/ja/ko/zh-Hans; drop backlog action keys; locale parity green. Tests: use-issue-actions (assign → run-confirm modal, member → direct), create-issue + comment-card suites updated/green; views typecheck + lint clean. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * test(issues): use a valid anchor in the handoff count-exclusion test CountNewCommentsSince filters id <> @anchor_id; SQL id <> NULL is NULL and excludes every row, so an empty anchor made the control assertion read 0. The production caller always passes a real anchor — mirror that with a non-matching sentinel uuid. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * test(issues): RunConfirmModal apply logic (start/suppress/note-gate/batch) Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * test(core): preview schema malformed/missing/null fallback coverage Cover IssueTriggerPreviewSchema via parseWithFallback (MUL-3375): well-formed parse, top-level + item default fills (empty/older backend), and fallback to { triggers: [], total_count: 0 } for malformed shapes, a dropped required issue_id, a wrong-typed total_count, and null/non-object bodies — so the four entry points degrade to "nothing will start" instead of throwing. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * refactor(issues): remove display-only handoff timeline record (留痕) The handoff "留痕" timeline record (type='handoff' comment written on run start) was judged superfluous and dropped per product call. This removes only the display-only trace; the handoff NOTE injection into the run's opening prompt + issue_context.md is untouched. - backend: drop RecordHandoff + its call in dispatchIssueRun - db: drop the `type <> 'handoff'` exclusion in CountNewCommentsSince and migration 123 (comment_type_check reverts to the 4-type set from 001); no production data exists for this unreleased feature - frontend: drop the "handoff" CommentType, HandoffCard, and handoff_card i18n (all locales) - tests: drop handoff_count_test.go and the record-write assertions in issue_trigger_preview_test.go (note-injection tests retained) Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * feat(issues): dismissable run-confirm modal + team-handoff copy Two fixes to the pre-trigger confirm modal (MUL-3375). 1. Dismissable: switch RunConfirmModal from AlertDialog to the standard shadcn Dialog so it has the close (X) button + Esc + click-outside. Previously the only choices were "start" / "don't start now" with no way to abort the action entirely; dismissing now cancels with no write. 2. Copy: rework the action-surface wording away from the backend term "run" toward team-handoff voice — 指派 / 开始 / 交接 (run stays only on record surfaces). Unifies the note's three names to "交接说明", and parallels the rewrite across en/ja/ko. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> * chore(agent): bump handoff note min CLI version to 0.3.28 The daemon release that renders handoff notes ships in 0.3.28 (0.3.27 was the prior tag), so move the soft-gate threshold up. Below this the note is silently dropped and the frontend grays the note box — assignment is never blocked. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * fix(issues): skip run-confirm when batch-moving issues to backlog A move into backlog never starts a run (service/issue_trigger.go), so the pre-trigger confirm modal degenerated to an empty "won't start" box with a single Apply button — pure friction. Apply directly instead, matching the single-issue status path. Other target statuses still route through the modal. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(issues): refine pre-trigger preview hint and copy - Move the create-issue run hint to a reveal band (grid 0fr→1fr) above the property toolbar. It was sharing the footer button row and, lacking a width constraint, reflowed the submit buttons whenever it appeared. Restyle to a borderless, comment-style avatar+caption that is purely a caption (non-interactive avatar). - Distinguish squad from agent in the pre-trigger copy: a squad's leader evaluates and delegates rather than "starting work" itself. Add will_start_named_squad / will_start_squad / create_will_start_squad across en/zh/ja/ko (reusing the squad_leader_* evaluate→arrange vocabulary) and branch run-confirm + the create hint on squad assignees. - Bold the assignee name in the run-confirm headline via a language-safe sentinel split (no per-language prefix/suffix keys). - Align zh "开始处理" → "开始工作" on the single-assign copy. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * test(issues): stub ActorAvatar in create-issue suite CreateRunHint now renders an ActorAvatar for agent/squad assignees, which pulls in getActorInitials/getActorAvatarUrl + the workspace/presence/navigation hook tree. This form-focused suite only stubbed getActorName, so the squad-forwarding test crashed with "getActorInitials is not a function". Stub the avatar inert — its own behavior is covered elsewhere. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Walt <walt@multica.ai> Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: multica-agent <github@multica.ai> |
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|
Bohan Jiang
|
da72e2fa22 |
feat(daemon): inject project description into the agent brief (MUL-3465) (#4395)
* feat(daemon): inject project description into the agent brief Issues bound to a project only surfaced the project title in the runtime brief; the project description (durable, project-wide context the owner sets) was loaded but dropped. Carry it end-to-end: - claim handler reads proj.Description onto the response (issue-bound and quick-create paths) - new ProjectDescription field on AgentTaskResponse, daemon Task, and TaskContextForEnv - rendered in the brief's `## Project Context` section and written to .multica/project/resources.json as project_description Empty descriptions render nothing (no extra heading). Updated the projects-and-resources built-in skill docs in the same change. MUL-3465 Co-authored-by: multica-agent <github@multica.ai> * feat(projects): clarify project description is injected as agent context The project description is now durable context injected into every task's brief, but the UI still presented it as a plain "Description" field, so existing descriptions could silently become agent input. Add a hint under the description editor on the project detail page and in the create-project modal, in all four locales, stating it is shared with agents as context for every task in the project. No data-semantics change. Addresses review feedback on PR #4395. MUL-3465 Co-authored-by: multica-agent <github@multica.ai> * test(handler): assert project description flows through task claim The execenv tests cover brief rendering, but nothing pinned the claim handler boundary where proj.Description is read onto the response. Add two tests — issue-bound and quick-create paths — so a regression in that assignment fails loudly instead of silently dropping the description. Addresses review feedback on PR #4395. MUL-3465 Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
Multica Eve
|
6bb8cac9ea |
MUL-3332: daemon picks up new custom runtime profiles without restart (#4225)
* MUL-3332: daemon picks up new custom runtime profiles without restart The workspaceSyncLoop's already-tracked branch refreshed only settings and repos via refreshWorkspaceRepos and never re-fetched runtime profiles, so a custom runtime profile created via the web UI / CLI did not become a registered runtime row until the daemon restarted (or a runtimeGone recovery happened to fire). Detect server-side profile drift each sync tick by hashing the workspace's profile list with profileSetSignature(), caching the digest on workspaceState.profileSetSig, and triggering reregisterWorkspaceAfterRuntimeGone when the live signature differs from the cached one. Steady-state syncs cost exactly one extra GetRuntimeProfiles round trip; only real drift fans out to a Register call. The fetch is best-effort: a 404 / network blip preserves the cached signature so a transient failure cannot loop the daemon into spurious re-registrations. Tests in runtime_profile_drift_test.go cover digest stability under reorder, field-by-field drift detection (add / enable-flip / command_name / protocol_family / fixed_args / visibility), the no-drift hot path (no re-register), the new-profile drift path (single re-register + index update + sig converges), and best-effort fetch error handling. Co-authored-by: multica-agent <github@multica.ai> * MUL-3332: split orphan recovery from profile drift; converge to zero Addresses two blocking review concerns on #4225 (raised by GPT-Boy): 1. Profile drift must not kill running tasks on existing runtimes. The first cut reused reregisterWorkspaceAfterRuntimeGone, which after re-register calls /recover-orphans for every returned runtime ID. The server's RecoverOrphanedTasksForRuntime hard-fails every dispatched/running/waiting_local_directory row on that runtime — the correct response when a runtime row was actually deleted server-side, but a catastrophic false positive on profile drift: a built-in runtime still actively executing the user's tasks would have its work killed just because the user added an unrelated sibling custom profile. Fix: extract applyRegisterResponseInPlace as the shared in-place state converger between the two paths, and stop calling /recover-orphans from the drift path. reregisterWorkspaceAfterRuntimeGone keeps the /recover-orphans call because in that path the rows really were gone. 2. Disabling the only profile on a custom-only daemon must converge. The first cut hit registerRuntimesForWorkspace's len(runtimes)==0 guard and bailed out, so the disabled profile's runtime stayed alive in local tracking and on the server (still polling, still heartbeating, still online for the full 150 s stale-heartbeat window). Fix: introduce ErrNoRuntimesToRegister as a sentinel, have registerRuntimesForWorkspace return profileSig even on the empty case (so the drift path can cache the converged-empty signature), and have the drift refresh's error handler take a convergeWorkspaceRuntimesToZero branch that clears local runtimeIDs / runtimeIndex entries and Deregisters the orphaned IDs so the server marks them offline immediately. The same Deregister step also runs on partial drift (a built-in survives, the disabled profile's runtime drops) so the user sees the dropped runtime go offline within the next sync tick instead of after the 150 s sweep. Tests: - TestRefreshWorkspaceRuntimeProfiles_DriftWithRunningRuntimeSkipsOrphanRecovery (mixed built-in + custom, add another profile, asserts zero /recover-orphans calls). - TestRefreshWorkspaceRuntimeProfiles_DisableConvergesCustomOnlyDaemon (custom-only daemon, disable only profile, asserts local state cleared, signature converges to empty digest, Deregister called with the orphaned ID, no recover-orphans, follow-up tick is no-op). - TestRefreshWorkspaceRuntimeProfiles_DisableOneOfManyDeregistersDroppedID (partial drift: only the dropped ID is Deregistered, surviving built-in is left alone and not orphan-recovered). - TestRefreshWorkspaceRuntimeProfiles_NewProfileTriggersReregister extended to also assert no /recover-orphans calls. - TestRegisterRuntimes_SkipsProfileNotOnPath strengthened to assert the ErrNoRuntimesToRegister sentinel and that profileSig is still returned on the empty path. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: Eve <eve@multica-ai.local> Co-authored-by: multica-agent <github@multica.ai> |
||
|
LinYushen
|
1f5cb51d4e |
MUL-3284: Web UI + CLI (custom runtime PR3) (#4177)
* MUL-3284 PR3 (CLI): multica runtime profile subcommands + local path override
- cmd_runtime_profile.go: `multica runtime profile` group — list / create /
update / delete against /api/workspaces/{id}/runtime-profiles, plus set-path
/ unset-path for a per-machine command override. protocol-family validated
client-side via agent.IsSupportedType / agent.SupportedTypes; visibility
validated; update only sends changed flags (protocol_family immutable);
delete surfaces the server 409 body when agents are still bound.
- internal/cli/config.go: ProfileCommandOverrides map[string]string on
CLIConfig (omitempty), through the existing marshal/unmarshal so set/unset
round-trips without dropping other fields.
- internal/daemon: Config.ProfileCommandOverrides, loaded from CLIConfig;
appendProfileRuntimes now prefers an override path when set AND executable,
else falls back to exec.LookPath(command_name), else skips+logs as before.
- Tests: cmd_runtime_profile_test.go (registration, create/update/delete incl.
bad-family + missing-flag + 409 surfacing, set/unset path round-trip,
relative-path rejection, config preservation); cli/config round-trip;
daemon prefers-override / falls-back-when-not-executable.
Verified: go build ./..., go vet, go test ./cmd/multica/... ./internal/daemon/...
./internal/cli/... all pass.
Co-authored-by: multica-agent <github@multica.ai>
* MUL-3284 PR3 (Web): custom runtime profiles in the Runtime page
Single-list integration — no new page, no tabs/grouping. Built-in protocol
families and custom profiles render mixed in one catalog, each row badged
built-in vs custom (progressive disclosure).
- packages/core: RUNTIME_PROFILE_PROTOCOL_FAMILIES (single-source 13-family
whitelist, matches server agent.SupportedTypes + migration 120 CHECK) and
RuntimeProtocolFamily / RuntimeProfile types; api client
list/get/create/update/deleteRuntimeProfile against
/api/workspaces/{id}/runtime-profiles; runtimes/profiles.ts query +
mutation hooks and a 409 "agents still bound" conflict parser.
- packages/views/runtimes: runtime-profile-catalog (mixed built-in+custom
rows), runtime-profiles-dialog (header "+ Add runtime" → step 1 pick
protocol family → step 2 display_name/command_name/description; edit form
for custom; admin-gated), delete-runtime-profile-dialog (confirm + graceful
409), runtimes-page / runtime-list integration.
- i18n: new strings added to all four locales (en, zh-Hans, ja, ko).
- a11y: dialogs are focus-trapped, Esc-closable, labelled; full
create/edit/delete flow is keyboard + screen-reader operable.
Iron rule honored: no generic per-agent args UI here (those stay on Agent
config). fixed_args is not surfaced as a general args field.
Verified: turbo typecheck + lint + test pass for @multica/core, @multica/views,
@multica/web; the @multica/web production build succeeds.
Co-authored-by: multica-agent <github@multica.ai>
* MUL-3284 PR3: hide fixed_args from Web + CLI (not yet wired to launch)
Review fix. fixed_args was surfaced as a working feature, but the daemon does
not splice it into the agent launch command — exposing it promised admins a
no-op. Per the call, remove it from every user-facing surface while keeping the
underlying column/struct "carried but not exposed".
- Web (runtime-profiles-dialog.tsx + runtime-profile-catalog.ts): drop the
detail row, the create body field, the update patch field, and the form
textarea; remove the parseFixedArgs/fixedArgsToText helpers and the
fixedArgs form value. Left a NOTE pointing at the daemon TODO.
- i18n: removed the fixed_args strings from all four locales (en/zh-Hans/ja/ko).
- CLI (cmd_runtime_profile.go): removed the `--fixed-arg` flag from create and
update and stopped sending `fixed_args`; updated the "no fields" message.
Test now asserts the CLI never sends fixed_args.
Untouched (the carried-but-not-exposed layer): the runtime_profile.fixed_args
column, the server handler's accept/return, and the daemon's RuntimeProfile
field — all keep the existing TODO(MUL-3284) to wire it into the launch path
(with a test proving args reach the backend) before any UI/CLI re-exposes it.
Verified: turbo typecheck+lint+test pass for @multica/core and @multica/views;
go build/vet/test pass for ./cmd/multica/.
Co-authored-by: multica-agent <github@multica.ai>
* MUL-3284 PR3: stop exposing profile visibility=private (server forces workspace)
Double-review (Eve) caught a fixed_args-shaped hole: visibility=private was a
user-facing toggle (Web form + detail + CLI), but the three server read paths
(ListRuntimeProfiles, daemon ListEnabledRuntimeProfilesForWorkspace,
DaemonRegister) never enforce it — so a "private" profile's name/command would
leak to other members and could be registered by other machines' daemons
(lateral data leak). Same "don't paint a pie" fix as fixed_args: hide the
control everywhere and force the stored value.
- Server (runtime_profile.go): drop `visibility` from the create + update
request structs; CreateRuntimeProfile always stores 'workspace'
(runtimeProfileDefaultVisibility); UpdateRuntimeProfile no longer accepts it;
removed validRuntimeProfileVisibility. The column + response field stay
(always 'workspace') as the carried-but-not-exposed layer.
- Web (runtime-profiles-dialog.tsx): removed the visibility form fieldset,
the VisibilityOption component, the detail row, the visibility state, and the
create/update submit fields.
- i18n: removed the profile visibility strings from all four locales
(profiles.detail.visibility, profiles.visibility.*, profiles.form.visibility_*).
Top-level runtime/agent visibility strings are untouched.
- CLI (cmd_runtime_profile.go): removed `--visibility` from create/update and
the VISIBILITY list column; removed validateVisibility; stopped sending the
field.
- Tests: new TestCreateRuntimeProfile_ForcesWorkspaceVisibility (POST
visibility:"private" -> response and DB row are 'workspace'); CLI create test
now asserts visibility is never sent.
Follow-up MUL-3308 tracks implementing real creator-visibility (and wiring
fixed_args to the launch path); TODOs left in server/Web/CLI point to it.
Verified: turbo typecheck+lint+test pass (@multica/core, @multica/views);
go build/vet pass; go test ./cmd/multica/... and the full ./internal/handler/
suite pass against a migrated Postgres 17.
Co-authored-by: multica-agent <github@multica.ai>
---------
Co-authored-by: multica-agent <github@multica.ai>
|
||
|
LinYushen
|
52e76e7b23 |
MUL-3284: server API + daemon (custom runtime PR2) (#4149)
* MUL-3284: add runtime_profile schema (custom runtime PR1) Schema-only foundation for custom runtimes. Additive migration 120: - New workspace-level `runtime_profile` table: the shared, team-visible definition of a custom runtime (e.g. an in-house Codex wrapper). protocol_family is CHECK-constrained to the exact backend list in agent.New() (server/pkg/agent/agent.go). The only args column is `fixed_args` (args every agent on the runtime must inherit); there is deliberately no generic per-agent args field — those stay on agent.custom_args. - `agent_runtime.profile_id` (nullable, FK -> runtime_profile ON DELETE CASCADE): NULL = built-in runtime, non-NULL = a registered instance of a custom profile. - Partial unique index agent_runtime_workspace_daemon_profile_key on (workspace_id, daemon_id, profile_id) WHERE profile_id IS NOT NULL. The legacy UNIQUE (workspace_id, daemon_id, provider) constraint is left INTACT so the existing registration upsert (ON CONFLICT (workspace_id, daemon_id, provider) in runtime.sql) keeps resolving its arbiter and the server stays green. Converting that key to a partial (WHERE profile_id IS NULL) index and making the upsert profile-aware is PR2's registration work, not this migration. Verified up + down against Postgres 17: full `migrate up` applies 120; schema shows the table, column, partial index and intact legacy constraint; functional checks pass (partial index blocks dup (ws,daemon,profile), allows same profile on another daemon; CHECK and display_name uniqueness reject bad input; legacy ON CONFLICT still resolves; profile delete cascades to instances); down/up round-trip is clean. Co-authored-by: multica-agent <github@multica.ai> * MUL-3284: drop DB FKs/cascade from runtime_profile migration (review fix) Per review (house rule: no new database foreign keys / cascades; relational integrity lives in the application layer): - runtime_profile.workspace_id: drop REFERENCES workspace ON DELETE CASCADE -> plain UUID NOT NULL. - runtime_profile.created_by: drop REFERENCES "user" ON DELETE SET NULL -> plain UUID. - agent_runtime.profile_id: drop REFERENCES runtime_profile ON DELETE CASCADE -> plain UUID. CHECK constraints, UNIQUE (workspace_id, display_name), the workspace index, and the partial unique index agent_runtime_workspace_daemon_profile_key are unchanged. The legacy UNIQUE (workspace_id, daemon_id, provider) constraint remains untouched. Behavioral consequence: the database no longer auto-removes a profile's agent_runtime instance rows on profile delete. That cleanup moves into PR2's profile-delete path. Up-migration comments document this; down-migration comment no longer references FKs/cascade. Re-verified on Postgres 17: migrate up applies 120; no FK constraints exist on the new columns; partial index still blocks dup (ws,daemon,profile_id); CHECK and display_name uniqueness still reject bad input; deleting a profile now leaves the runtime row orphaned (proving cascade is gone); down/up round-trip clean with the legacy constraint intact. Co-authored-by: multica-agent <github@multica.ai> * MUL-3284 PR2 (server): runtime_profile CRUD + profile-aware registration Server/DB half of the custom-runtime feature. - Migration 121: convert the legacy UNIQUE (workspace_id, daemon_id, provider) constraint on agent_runtime into a partial unique index scoped to built-in rows (WHERE profile_id IS NULL). With 120's partial index on profile_id this lets one daemon host the built-in provider AND custom profiles of the same protocol family without collision. - Queries: runtime_profile CRUD; ListEnabledRuntimeProfilesForWorkspace (daemon-facing); CountAgentsByProfile + DeleteAgentRuntimesByProfile for the app-layer cascade; profile-aware UpsertAgentRuntimeWithProfile; the built-in UpsertAgentRuntime ON CONFLICT now spells out WHERE profile_id IS NULL so it targets the right partial index. sqlc regenerated. - agent.SupportedTypes / IsSupportedType: single-source protocol_family whitelist, in lockstep with agent.New and the migration 120 CHECK. - Handlers + routes: runtime_profile CRUD (member-read, admin-write) with protocol_family whitelist validation, display_name uniqueness (409), and fixed_args validation (no generic per-agent args — iron rule); a daemon-token endpoint GET /api/daemon/workspaces/{id}/runtime-profiles; DeleteRuntimeProfile does the app-layer cascade (delete instance rows then profile, in one tx) and refuses (409) while active agents are bound. - DaemonRegister accepts an optional per-runtime profile_id: validates the profile belongs to the workspace and is enabled, registers via the profile-aware upsert, and skips legacy hostname merge for custom rows. AgentRuntimeResponse now carries profile_id. Verified on Postgres 17: migrate up through 121; built-in + custom codex coexist on one daemon; both upsert arbiters are idempotent; delete-by-profile cascade removes only the custom instance; migrate down reverses 121 then 120 and replays clean. go build ./... and go vet pass; handler test package compiles. Daemon-side wiring (fetch profiles, PATH-resolve command_name, register with profile_id, exec uses command_name) lands in a follow-up commit on this branch. Co-authored-by: multica-agent <github@multica.ai> * MUL-3284 PR2 (daemon): pull profiles, PATH-resolve, register, exec command Daemon-side half of custom runtime profiles, against the server contract on this branch. - client.go: GetRuntimeProfiles(workspaceID) -> GET /api/daemon/workspaces/{id}/runtime-profiles (mirrors GetWorkspaceRepos); RuntimeProfile / RuntimeProfilesResponse types. - types.go: Runtime gains profile_id (parsed from the register response so runtimeIndex carries it). - daemon.go: * appendProfileRuntimes — called inside registerRuntimesForWorkspace before the empty-runtimes guard. Best-effort fetch (older server 404s are logged and swallowed; never fails registration). Per enabled profile: resolve command_name via PATH (exec.LookPath, behind a `lookPath` test hook), skip+log when absent, best-effort version probe, record the resolved absolute path keyed by profile_id, and append a registration entry {name, type=protocol_family, version, status:online, profile_id}. A custom-only host (no built-in agents) still registers. * profileCommandPaths map (guarded by d.mu) + recordProfileCommandPath / customCommandPathForRuntime helpers. * runTask: looks up the claimed task's RuntimeID -> profile command path and overrides the executable path, synthesizing an AgentEntry so a custom runtime runs even when the host has no built-in agent of the same provider. provider (=protocol_family) is unchanged so agent.New still selects the right backend. - Tests: GetRuntimeProfiles request shape; profile runtime appended + path recorded (custom-only host); profile skipped when command not on PATH; profiles-fetch-404 is best-effort; customCommandPathForRuntime bookkeeping. - agent: lockstep test pinning SupportedTypes to agent.New and the migration 120 protocol_family CHECK. Iron rule honored: profile carries no generic per-agent args. fixed_args are parsed and carried but intentionally NOT wired into the launch command yet (optional/best-effort; explicit TODO(MUL-3284) in appendProfileRuntimes). Verified: go build ./... clean; go vet ./internal/daemon/... clean; go test ./internal/daemon/... pass (existing + 5 new); full go test ./internal/handler/ suite passes against a migrated Postgres 17; agent lockstep test passes. Co-authored-by: multica-agent <github@multica.ai> * MUL-3284 PR2: profile delete runs full archived-agent cascade (fix 500) Review fix. DeleteRuntimeProfile previously guarded only on ACTIVE agents, but agent.runtime_id is ON DELETE RESTRICT — a profile whose runtimes had only ARCHIVED agents passed the guard, then DeleteAgentRuntimesByProfile hit the FK and the handler 500'd. Now it mirrors the mature runtime-delete cascade (DeleteAgentRuntime): in one transaction it enumerates the profile's runtime rows, refuses (409) any with active agents or active squads led by archived agents, then for each runtime pauses autopilots pinned to its archived agents, drops archived squads led by them, and hard-deletes the archived agents before removing the runtime rows and the profile. No code path can now fall through to a raw FK error. - queries: ListAgentRuntimeIDsByProfile (sqlc regen). Reuses the existing per-runtime teardown queries (CountActiveSquadsWithArchivedLeadersByRuntime, ListArchivedAgentIDsByRuntime, PauseAutopilotsByAgentAssignees, DeleteSquadsByArchivedAgentsOnRuntime, DeleteArchivedAgentsByRuntime). - tests: TestDeleteRuntimeProfile_ArchivedAgentCascade (archived-only profile deletes cleanly: 204, runtime + archived agent + profile gone) and TestDeleteRuntimeProfile_ActiveAgentBlocks (active agent → 409, survives). Verified against Postgres 17: both new tests pass; full handler suite, daemon tests, and agent lockstep test pass; go vet clean. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: multica-agent <github@multica.ai> |
||
|
Bohan Jiang
|
f9c193e06b |
fix: fail closed on agent task auth tokens (#4142)
Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
YOMXXX
|
34d4cd3a28 |
feat(openclaw): support connecting to existing OpenClaw gateway (#3260) [MUL-3158] (#3664)
* feat(openclaw): support connecting to existing OpenClaw gateway (#3260) When the daemon host is a lightweight dev machine or CI coordinator, the heavy agent work (LLM inference, code execution, tool use) often belongs on a more powerful remote server already running an OpenClaw gateway. Multica historically hard-coded `openclaw agent --local`, forcing every turn to execute in-process on the daemon host. This change adds an opt-in gateway routing mode controlled per-agent via `runtime_config`: { "mode": "gateway", "gateway": { "host": "...", "port": 18789, "token": "...", "tls": false } } - Backend: ExecOptions gains OpenclawMode + OpenclawGateway; buildOpenclawArgs drops `--local` when mode == "gateway". Per-task openclaw-config.json wrapper pins gateway.{host,port,auth.{mode,token},tls} so users do not need to edit the daemon host's `~/.openclaw/openclaw.json` to point at a different endpoint. - Daemon: AgentData carries the raw runtime_config; decoding is fail-soft (malformed JSON falls back to local mode rather than blocking dispatch). - API: gateway.token is masked to "***" on every GET; PATCH replays the sentinel back, and the update handler restores the persisted token so the round-trip never destroys the secret. Defense-in-depth masking on WS broadcasts, plus String/MarshalJSON masking on the in-memory struct to block stray `%+v` / json.Marshal leaks. - UI: openclaw-only "Routing" tab on the agent detail page with mode selector + structured endpoint form. Token uses a "saved — submit a new value to rotate" UX and matching backend preserve hook. Empty `runtime_config` keeps the historical embedded behaviour, so existing agents are unaffected. * fix(openclaw): address #3664 review — drop dead gateway field, gate pin on mode Per Bohan-J's review: - Remove the dead ExecOptions.OpenclawGateway field (+ its String/MarshalJSON and the daemon.go construction block). It carried the plaintext bearer token but was never read — buildOpenclawArgs only consumes OpenclawMode and the live gateway path runs through execenv.OpenclawGatewayPin — so this narrows the secret's footprint. - Gate the gateway pin on mode=="gateway" in decodeOpenclawRuntimeConfig: a {"mode":"local","gateway":{...,"token"}} payload no longer writes the token into the 0o600 per-task wrapper that --local makes openclaw ignore. - Warn on an unrecognized non-empty mode (e.g. "gatway") instead of silently falling back to local. - Run preserveMaskedGatewayToken in CreateAgent too, so a literal "***" at create time can't persist as a real bearer token. - Document the gateway host:port trust boundary (SSRF note for shared daemon hosts). Adds regression tests for the local-mode pin drop and the unknown-mode warning. |
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|
Bohan Jiang
|
f415099c4a |
MUL-3263: support managed MCP config for Cursor (#4081)
* feat: support managed MCP config for Cursor Co-authored-by: multica-agent <github@multica.ai> * fix: address Cursor MCP review feedback Co-authored-by: multica-agent <github@multica.ai> * docs: include Cursor in skills MCP support Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
Bohan Jiang
|
c8ab73d38d |
MUL-3244: Bind quick-create attachments to created issues (#4062)
* fix: bind quick-create attachments to created issues Co-authored-by: multica-agent <github@multica.ai> * test: use real image markdown in quick-create attachment test Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
Liu Guanzhong
|
4594c776e1 |
feat(agent): add CodeBuddy as first-class CLI backend (#3186)
* feat(agent): add codebuddyBackend struct and buildCodebuddyArgs Introduces the codebuddy agent backend skeleton with args builder that mirrors claudeBackend's protocol flags (stream-json, bypass permissions, blocked args filtering) for the codebuddy CLI fork. * feat(agent): implement codebuddyBackend.Execute with stream-json parsing * feat(agent): wire codebuddy into New() factory and launchHeaders * feat(agent): add codebuddy dynamic model discovery from --help * feat(agent): add codebuddy thinking/effort discovery and providerThinkingEnums * feat(daemon): add codebuddy CLI probe, env vars, and args support * fix(agent): use len(models)==0 for default model instead of loop index * fix(agent): increase codebuddy --help timeout to 35s for slow CLI startup * fix(agent): address codebuddy PR review feedback - Wire codebuddy into execenv: reuse claude's CLAUDE.md, .claude/skills, and ~/.claude/skills paths since CodeBuddy is a Claude Code fork - Replace hardcoded 20-min timeout with runContext for zero-timeout = no-deadline semantics matching all other backends - Restore runContext regression tests lost in rebase merge - Mirror claude.go execution model: concurrent stdin write to prevent pipe deadlock, sync.Once for stdin closure, keep stdin open for control_request auto-approval mid-run - Add control_request handling with auto-approve behavior - Add RequestID/Request fields to codebuddySDKMessage - Add codebuddy to metrics knownRuntimeProviders - Add codebuddy to provider-logo.tsx (reuses ClaudeLogo) - Consolidate --help discovery: shared codebuddyHelpOutput cache eliminates duplicate cold-start invocations --------- Co-authored-by: krislliu <krislliu@tencent.com> |
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|
Multica Eve
|
9439a85aa6 |
MUL-3242: fix daemon workdir provisioning race
Fixes GitHub issue #3999 by moving the daemon StartTask transition behind workdir provisioning and extending the active env-root guard through completion metadata writes. |
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|
Bohan Jiang
|
8151f60c6c |
fix(daemon): drop stale resume session when workdir is not reused (#4027)
CLI backends key their session stores to the cwd (Claude Code looks sessions up under ~/.claude/projects/<encoded-cwd>/), so a prior session id can only resolve when the task runs in the exact workdir the session was recorded against. When the prior workdir no longer exists (GC'd after the issue went done, daemon reinstall, manual cleanup), execenv.Reuse falls back to a fresh Prepare but the stale session id was still passed to the backend: claude exited within a second and the run failed before doing any work — permanently, because the failed run records no session_id and the next claim serves the same stale pointer again. Gate ResumeSessionID on the workdir actually being reused, and correct PriorSessionResumed so the runtime brief uses the cold-path wording when the session is dropped. Fixes multica-ai/multica#3854 (MUL-3221) Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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|
Bohan Jiang
|
24b162cdbc |
feat(daemon): surface the real task initiator to the agent runtime (MUL-2645) (#3899)
* feat(daemon): surface the real task initiator to the agent runtime (MUL-2645)
In a multi-person workspace the agent runtime only ever saw the runtime
OWNER identity: the brief's `## Requesting User` is sourced from
runtime.OwnerID and the task-scoped token is owner-bound, so every
requester (whoever commented, @mentioned, or chatted) appeared to the
agent as the owner. Agents that route by initiator for permission,
privacy, or audit all misjudged.
Resolve the real task initiator at claim time and surface it distinctly
from the owner:
- comment / mention trigger -> triggering comment's author (member or agent)
- chat task -> chat session creator (sessions are creator-only)
- on-assign / autopilot / quick-create -> no attributable initiator (omitted)
Adds initiator_{type,id,name,email} to the claim response, the daemon
Task, and TaskContextForEnv, rendered into the brief as a new
`## Task Initiator` section. The section documents the privacy boundary:
the agent's credentials stay owner-scoped, so this is an attested
identity for the agent's own routing/privacy logic, not act-as. No DB
migration — both paths are derivable from existing rows.
Tests: brief rendering (member/agent/omit/sanitize) + email guard unit
tests, and claim-handler tests for the comment and chat paths.
Co-authored-by: multica-agent <github@multica.ai>
* fix(chat): store real sender as task initiator, not chat_session creator (MUL-2645)
Review fix (Niko, PR #3899). v1 resolved the chat task initiator from
chat_session.creator_id at claim time. That is correct for web chat and
Lark p2p (creator == sender), but WRONG for Lark group chats: the group
session creator is deliberately the installer (stable identity across
member churn), not the message sender. So in a Lark group, every member
who triggered the agent showed up in the brief as the installer/owner —
the exact bug this issue is about, still live at that entry point.
Capture the real sender at enqueue time instead of deriving it from the
session creator at claim time:
- migration 117: agent_task_queue.initiator_user_id (FK user, ON DELETE
SET NULL); NULL for non-chat and pre-migration rows.
- EnqueueChatTask now takes an explicit initiatorUserID. Web chat passes
the authenticated request user; the Lark dispatcher threads the inbound
sender (binding.MulticaUserID) through scheduleRun -> flushChatRun. The
debouncer keeps the latest scheduled flush per session, so in a multi-
sender silence window the LATEST sender wins (documented + tested).
- claim handler resolves the initiator from task.initiator_user_id and
drops the creator_id fallback entirely.
The Lark group session creator stays the installer (unchanged) — only the
task initiator is corrected, keeping the two concepts cleanly separate.
Tests: dispatcher group regression (initiator = sender, not installer),
latest-sender-wins, p2p initiator assertion; the chat claim handler test
now sets creator != initiator and asserts the stored sender wins.
Co-authored-by: multica-agent <github@multica.ai>
---------
Co-authored-by: J <j@multica.ai>
Co-authored-by: multica-agent <github@multica.ai>
|
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|
0xMomo
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ef75f80d9d |
fix(daemon): clean stale agent branches during repo gc (MUL-2550) (#3039)
* fix(daemon): 清理陈旧 agent 分支 Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): 串行化 bare repo gc Co-authored-by: multica-agent <github@multica.ai> * test(daemon): adapt health repo cache mock Co-authored-by: multica-agent <github@multica.ai> * fix(daemon): gate gc maintenance on stale-branch deletion Address review feedback on the bare-repo GC change: - Only run `reflog expire` + `git gc --prune=30.days` when we actually deleted a stale agent branch this cycle. Previously the heavy step ran every GC tick on every cached repo even when there was nothing to reclaim, turning a stale-ref cleanup into a periodic full-repo maintenance job under the per-repo lock. - Split git command timeouts: `gc --prune=30.days` now gets a 10-minute budget instead of sharing the 30s ceiling that was scoped for the original `worktree prune` call. Light commands stay at 30s. - Drop the redundant `gc --auto` — `gc --prune=30.days` already performs the maintenance `gc --auto` would have triggered. - Narrow the agent-namespace ref query from `refs/heads/agent` to `refs/heads/agent/` so the pattern can't surface a literal `agent` branch outside the daemon namespace. Tests: - New TestPruneWorktree_IgnoresLiteralAgentBranch pins the trailing- slash narrowing. - New TestPruneWorktree_SkipsMaintenanceWhenNothingDeleted uses an unreachable, backdated loose object as a sentinel to verify that `gc --prune` runs only when a stale agent branch was reaped. Co-authored-by: multica-agent <github@multica.ai> --------- Co-authored-by: 0xNini Code Dev <agent@multica.local> Co-authored-by: multica-agent <github@multica.ai> Co-authored-by: 0xNini <0xnini@iMac-Pro.local> Co-authored-by: J <j@multica.ai> |
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Bohan Jiang
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3808049361 |
fix(codex): set semantic thread names (#3887)
Co-authored-by: J <j@multica.ai> Co-authored-by: multica-agent <github@multica.ai> |
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NanamiKite
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2e34016f1f |
fix(daemon): interrupt local agent on server-side terminal task states (#3878)
shouldInterruptAgent now treats every terminal task status (completed/failed/cancelled, via isAgentTaskTerminal) plus a 404 task-not-found as an interruption signal, so the daemon stops a local agent once the backend has finalized the task — e.g. the runtime offline sweeper flipping running -> failed during a disconnect/reconnect. Previously only `cancelled`/404 interrupted, so the agent ran to completion and its CompleteTask call failed against a non-running row, wasting compute and adding log noise. Closes #3877 |
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Wes
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5e7587ad07 | Optimize daemon runtime wakeups (#3859) |